# Monitoristic — Full Content Corpus > Every blog post and monitoring guide on monitoristic.com, concatenated into one file for AI agents and LLMs. Canonical site: https://monitoristic.com # Monitoristic — Simple Uptime Monitoring > Know when your site goes down — before your customers do. HTTP uptime monitoring with instant alerts, public status pages, incident tracking, and maintenance windows. Plans from $5/month. *Source: https://monitoristic.com/* --- ## What Monitoristic Does Monitoristic checks your websites, APIs, and services on a schedule and alerts you the moment they stop responding. It runs on Cloudflare's edge, so there are no servers for you to manage. - **HTTP monitoring** — GET, HEAD, and POST checks with configurable expected status codes and timeouts. - **Tiered check intervals** — every 5 minutes (Lite), 2 minutes (Pro), or 1 minute (Business). - **Instant alerts** — Telegram and webhook notifications the moment a monitor goes down or recovers. - **Public status pages** — share live uptime with your users, included on every plan. - **Incident tracking** — automatic incident detection and resolution with a full timeline. - **Maintenance windows** — schedule planned maintenance and suppress false alerts. - **Response time tracking** — daily aggregated stats and slow-response visibility. - **Team management** — role-based access (owner, admin, member, viewer). ## Pricing | Plan | Price | Monitors | Check interval | Status pages | Retention | |------|-------|----------|----------------|--------------|-----------| | Lite | $5/mo | 5 | 5 min | 1 | 30 days | | Pro | $15/mo | 20 | 2 min | 3 | 90 days | | Business | $30/mo | 100 | 1 min | 10 | 90 days | All features are included on every plan. Annual billing saves 20%. 14-day money-back guarantee. ## Who It's For - SaaS teams monitoring dashboards, APIs, and auth flows - E-commerce stores monitoring storefront, cart, and checkout - WordPress site owners who want external monitoring without a plugin - Developers monitoring AI agents and background services ## Links - Pricing: https://monitoristic.com/pricing - Features: https://monitoristic.com/features - Documentation: https://monitoristic.com/docs - Blog: https://monitoristic.com/blog - Get started: https://app.monitoristic.com/register Monitoristic is built and operated by Solvix Studio (https://solvixstudio.com). --- # 5 Monitoring Mistakes That Cost You Customers > You have monitoring set up. Good. But these five common mistakes mean you might still be the last to know when your site goes down. *Source: https://monitoristic.com/blog/5-monitoring-mistakes-that-cost-you-customers* --- You set up [uptime monitoring](/glossary/uptime-monitoring). You added your URL, connected an alert channel, and moved on with your day. That already puts you ahead of most people — the majority of small teams don't monitor anything at all until after their first painful outage. But here's the thing: having monitoring and having *useful* monitoring are two very different situations. One gives you a dashboard you never check. The other wakes you up at 2 AM before your users start tweeting about it. These five mistakes are incredibly common. They're easy to make, easy to overlook, and each one creates a gap where [downtime](/glossary/downtime) slips through without anyone noticing. If you've ever wondered whether your monitoring setup is actually doing its job, or if you're seeing [signs your website needs better monitoring](/blog/5-signs-your-website-needs-uptime-monitoring), start here. ## Mistake 1: Only monitoring the homepage This is the most common one, and it makes perfect sense on the surface. Your homepage is the front door. Of course you'd monitor it first. The problem is that your homepage is also probably the most resilient page on your entire site. It's often static HTML. It's cached aggressively. It's served through a CDN. It's the last thing to go down and the first thing to come back up. Meanwhile, everything your users actually depend on is more fragile. Your login page talks to a database. Your API relies on an auth provider. Your checkout page depends on a payment gateway. Your dashboard pulls data from three different services. Each of those can break independently, and none of them will show up as an error on your homepage. The most common "but monitoring said everything was fine" failure looks exactly like this: the homepage returns a clean 200 while the API is throwing 500s, the login form is timing out, and real users are staring at a spinner that never resolves. **The fix:** Monitor the endpoints your users actually depend on. At minimum, that means your main URL plus at least one endpoint that touches your database or backend logic. A `/health` or `/api/status` endpoint works well if you have one. If you don't, monitor your login page or your most-used API route. The homepage is fine to keep, but it should never be your only monitor. ## Mistake 2: Sending alerts to email You set up your monitor. It asks where to send alerts. Email is right there, it's easy, and you already check it constantly. Done. Except email is where monitoring alerts go to die. Your inbox is batched. It's filtered by spam rules. Gmail sorts it into tabs. Your phone groups it into notification summaries. And it's buried under a pile of newsletters, meeting invites, and reply-all threads about the company offsite. At 3 AM, you're not checking email. That's obvious. But even at 3 PM, when you're technically online, your alert is sitting in a tab you haven't opened, fourteen messages below a Jira notification you already dismissed. By the time you see it, your users have been staring at an error page for forty minutes. **The fix:** Use an instant delivery channel. Telegram, push notifications, SMS, or a webhook that triggers something that actually buzzes in your pocket. The alert is only as useful as the speed at which you see it. If your average response time to an email is "sometime in the next two hours," that's your downtime response time too. If you're not sure where to start, [setting up Telegram alerts](/blog/how-to-set-up-telegram-alerts-for-downtime) takes about five minutes and gets messages to your phone in seconds. ## Mistake 3: No maintenance windows (so you ignore alerts) This one is sneaky because it doesn't feel like a mistake. It feels like being practical. Here's how it goes: You deploy on Tuesday afternoon. The site goes down briefly during the deploy — maybe ten seconds, maybe a minute. Your monitor catches it and fires an alert. You see it, shrug, and dismiss it. "That's just the deploy." Two weeks later, you deploy again. Another alert. You dismiss it faster this time. You barely read it. A month later, a real [incident](/glossary/incident) happens at 2 AM. The alert fires. But you've trained yourself — your alert means "probably nothing." You roll over and go back to sleep. Your users don't. This is alert fatigue, and it's one of the most dangerous patterns in monitoring. Every false positive makes the next real alert less urgent in your mind. Eventually the alerts are just noise, and you've effectively turned off your monitoring without ever touching the settings. **The fix:** Set up maintenance windows for your planned deploys and known downtime periods. The monitor pauses during the window, skips the check, and resumes automatically when the window ends. You never see false alerts from deploys, which means every alert you *do* see is real — and you treat it that way. If you're already deep in this cycle, two things will help: [setting up maintenance windows](/blog/how-to-use-maintenance-windows) to stop the false alerts, and understanding [how to reduce alert fatigue](/blog/how-to-reduce-alert-fatigue-in-monitoring) to rebuild your trust in the alerts you're getting. ## Mistake 4: Setting it up and never looking at it again You configured your monitors three months ago. Maybe six. Maybe a year. You got the green checkmarks, the dashboard looked good, and you moved on to building features. You haven't thought about it since. But your infrastructure didn't stay the same. You moved to a new host. You added a CDN. You restructured your API routes. You launched a new service that handles payments. You deprecated an old endpoint and redirected it. The monitors you set up six months ago are still checking what your system looked like six months ago. They might be hitting endpoints that now redirect, watching services that are no longer critical, or completely missing the new API that handles half your traffic. Monitoring is not a set-and-forget system. It's a reflection of your infrastructure, and when your infrastructure changes — which it does, constantly — your monitors need to change with it. **The fix:** Review your monitors quarterly. It doesn't need to be a big production. Just open your dashboard and ask three questions: Does each monitor still check something that would actually tell me the system is broken? Are there new critical paths that I'm not watching? Are any monitors redundant or outdated? Fifteen minutes, four times a year. That's all it takes to keep your monitoring meaningful. ## Mistake 5: No status page (so users assume the worst) Your site goes down. It happens to everyone. The question is what your users experience during that downtime. Without a [status page](/glossary/status-page), they have exactly two options: keep refreshing and hope, or assume you don't know about the problem — and that it might not get fixed anytime soon. Neither is good. What happens next is predictable. Support tickets start piling up. People start posting on social media. Your team spends the next hour answering the same question over and over: "Is the site down? Do you know about it? When will it be fixed?" Every one of those interactions is a trust hit. A status page doesn't fix the outage. Nothing does except the actual fix. But it tells your users three critical things: we know about this, we're working on it, and here's what's happening. That alone prevents most of the damage. The user who sees "investigating increased error rates" on a status page is dramatically calmer than the user who sees a blank screen and silence. **The fix:** Set up a public status page and link it from your site footer, your docs, or your help center. It's genuinely a two-minute setup, and it saves hours of support time during every incident. If you haven't done this yet, [here's how to set up a public status page](/blog/how-to-set-up-a-public-status-page) — it's one of the highest-leverage things you can do for your reliability story. ## The meta-mistake: treating monitoring as insurance instead of infrastructure All five of these mistakes share a root cause: thinking of monitoring as something you set up once and hope you never need. Like insurance. Like a fire extinguisher you mount on the wall and forget about. But monitoring isn't insurance. It's infrastructure. It's something you use every single day, whether you realize it or not. Every green check is data confirming your system is healthy. Every alert is actionable information arriving faster than a user complaint. Every status page visit during an incident is a support ticket you didn't have to answer and a customer who didn't lose trust. The teams that are genuinely good at reliability aren't the ones who never have outages. They're the ones who know about problems before their users do and respond fast enough that most people never notice. That's not luck. That's monitoring done right. If your current setup has gaps — and after reading this list, you probably spotted at least one — start with the smallest fix. Add one more monitor. Move one alert to Telegram. Set up one maintenance window. Each change is small, but the compound effect is a system that actually catches the problems it was built to catch. And when something does break, you'll want a plan. Here's [what to do when your website goes down](/blog/what-to-do-when-your-website-goes-down) — so the alert is just the first step, not a moment of panic. --- # 5 Signs Your Website Needs Uptime Monitoring > Not sure if you need uptime monitoring? If any of these five situations sound familiar, you're already overdue. Here's how to tell — and what to do about it. *Source: https://monitoristic.com/blog/5-signs-your-website-needs-uptime-monitoring* --- Most website owners don't think about uptime monitoring until something goes wrong. A customer emails saying the site is down. A sale falls through because checkout was broken. Google drops a page from search results after crawling it during an outage. By then, the damage is done. Here are five signs that you need uptime monitoring — and that you probably needed it yesterday. ## 1. You've Found Out About Downtime From Someone Else This is the most common sign, and the most painful. A customer emails: "I tried to place an order but your site won't load." A colleague messages: "Hey, is the website down?" You check Twitter and find three people complaining about your service. Every time you learn about downtime from someone other than your own systems, you've already lost. The customer who emailed you is one of many — most visitors who hit a broken site just leave. They don't report it. They go to a competitor. **What monitoring changes**: You find out about downtime in under 2 minutes instead of 2 hours. A [Telegram alert](/docs/telegram) or [webhook notification](/blog/how-to-set-up-webhook-alerts-for-downtime) hits your phone the moment the site stops responding. You can act before the first customer even notices. ## 2. You Have No Idea How Often Your Site Goes Down Ask yourself: how many times did your site go down in the last 30 days? How long was each outage? What time did they happen? If you can't answer those questions, you're flying blind. Your site could be going down every night at 3 AM when a cron job runs. It could have brief outages during deployments that nobody notices. It could be slow every Monday morning when traffic spikes. Without monitoring data, you can't identify patterns. Without patterns, you can't fix root causes. You're stuck in a cycle of reactive firefighting — fixing each outage from scratch without knowing if it's the same problem repeating. **What monitoring changes**: You get an [uptime report](/blog/how-to-read-an-uptime-report) showing every incident, its duration, and when it happened. After a month, you see the patterns. That weekly outage at 3 AM? It's your database backup running without enough memory. Fix it once, and it never happens again. ## 3. You're Running a Business on Your Website If your website generates revenue — through sales, subscriptions, leads, bookings, or ads — downtime has a direct financial cost. Every minute your site is unreachable, you're losing money. The math is straightforward. If your site earns $100/day and goes down for 2 hours, you've lost roughly $8 in revenue. That doesn't sound like much until it happens twice a week for a month — now you've lost $64 and an unknown number of customers who won't come back. For [e-commerce sites](/for/e-commerce), the impact is sharper. A checkout page that's down for 10 minutes during a promotional campaign doesn't just lose 10 minutes of sales — it loses the customers who were ready to buy right then and won't return to complete the purchase. **What monitoring changes**: You catch outages in minutes, not hours. You know exactly how much downtime you had and can calculate the real cost. And you can set [faster check intervals](/blog/how-to-choose-the-right-check-interval) on revenue-critical pages like checkout and payment flows. ## 4. You've Deployed Code and Hoped for the Best You push a deploy, check the homepage, it loads. Good enough. You move on. But did you check the login page? The API? The checkout flow? Did you check it 20 minutes later when the memory leak from the new code started consuming resources? Did you check it at 2 AM when the server restarted and the new code didn't boot correctly? "Deploy and hope" works until it doesn't. And when it doesn't, the failure is always at the worst possible time — the deploy you pushed on Friday afternoon that breaks Saturday's traffic. **What monitoring changes**: Your monitor keeps checking after you stop. If the deploy introduces a slow memory leak that crashes the app 3 hours later, the monitor catches the crash and alerts you. If response times gradually degrade after the deploy, [response time tracking](/docs/setting-up-monitor) flags the slowdown before it becomes an outage. ## 5. You Depend on Third-Party Services Your site doesn't exist in isolation. It depends on hosting providers, databases, CDNs, payment processors, authentication services, and APIs. When any of these go down, your site goes down — even if your code is perfect. [Heroku](/monitor/heroku) restarts dynos daily. [Supabase](/monitor/supabase) free tier projects pause after inactivity. [Firebase](/monitor/firebase) can have regional Firestore outages while your hosting looks fine. [Stripe](/monitor/stripe) can have API issues that break your checkout. [Cloudflare](/monitor/cloudflare) can have routing problems that affect your CDN. You can't prevent third-party outages. But you can know about them immediately instead of discovering them when a customer complains. **What monitoring changes**: Set up monitors for your critical dependencies — not just your own site, but the specific endpoints you depend on. When [Stripe's API](/monitor/stripe) goes down, you know in 2 minutes. You can post on your [status page](/blog/what-is-a-status-page), notify your team, and handle it proactively instead of reacting to customer complaints. ## If Any of This Sounds Familiar You don't need all five signs. One is enough. Setting up monitoring takes less than a minute. You add your URL, set a [check interval](/blog/how-to-choose-the-right-check-interval), connect a [notification channel](/docs/telegram), and you're covered. From that point on, you know about every outage the moment it happens — not hours later from a customer email. The best time to set up monitoring was before your last outage. The second-best time is right now. [Start monitoring your site →](https://app.monitoristic.com/register) --- # Best Uptime Monitoring Tools for Small Teams in 2026 > Comparing the top uptime monitoring tools for small teams and solo developers. Features, pricing, and honest recommendations for every budget. *Source: https://monitoristic.com/blog/best-uptime-monitoring-tools-for-small-teams* --- Choosing an uptime monitoring tool shouldn't take longer than setting one up. But with dozens of options ranging from free to hundreds of dollars per month, it's hard to know which tool fits your team and budget. We've compared the most popular options available in 2026 — what they do well, where they fall short, and who they're best for. ## What to Look For Before diving into specific tools, here are the features that actually matter for small teams: - **Check frequency** — How often does the tool check your site? Every 1 minute? Every 5? - **Alert channels** — How does it notify you? Email, SMS, Slack, Telegram? - **Status pages** — Can you share a public status page with your users? - **Incident tracking** — Does it log incidents automatically? - **Pricing** — What does it actually cost for the monitors you need? Everything else — multi-region checks, complex escalation policies, SLA reporting — is nice to have but not essential for most small teams. ## The Tools ### 1. UptimeRobot **Pricing**: Free (50 monitors, 5-min checks) / Pro from $7/month UptimeRobot is the most well-known free option. The free tier gives you 50 monitors with 5-minute check intervals — generous enough for most small projects. **Strengths:** - Free tier with 50 monitors - Simple, no-nonsense interface - Wide range of notification channels (email, SMS, Slack, webhooks, and more) **Limitations:** - Free tier is limited to 5-minute checks - Status pages require a paid plan - Interface feels dated compared to newer tools **Best for:** Teams that need a free option and can tolerate 5-minute intervals. ### 2. Better Uptime (now Better Stack) **Pricing**: Free (10 monitors) / From $24/month Better Uptime (rebranded as Better Stack) offers a polished experience with incident management built in. The free tier is limited but the paid plans are well-designed. **Strengths:** - Beautiful, modern interface - Built-in incident management with on-call schedules - Status pages included on paid plans - Heartbeat monitoring for cron jobs **Limitations:** - Free tier limited to 10 monitors with 3-minute checks - Paid plans get expensive quickly ($24/month for the starter) - Many features require higher-tier plans **Best for:** Teams that want incident management and on-call rotation in one tool. ### 3. Pingdom **Pricing**: From $15/month (10 monitors) Pingdom is one of the oldest monitoring tools, now owned by SolarWinds. It's feature-rich but the pricing reflects its enterprise heritage. **Strengths:** - Real User Monitoring (RUM) for page load performance - Transaction monitoring for multi-step flows - DNS, TCP, and SMTP monitoring - Established track record **Limitations:** - No free tier - Starts at $15/month for just 10 monitors - Status pages are a separate add-on product - Interface can feel complex for simple use cases **Best for:** Teams that need RUM or transaction monitoring alongside uptime checks. ### 4. StatusCake **Pricing**: Free (10 monitors) / From $24.49/month StatusCake offers a free tier with basic monitoring and paid plans with more features. It's been around since 2012 and has a solid reputation. **Strengths:** - Free tier with 10 monitors - Page speed monitoring included - SSL certificate monitoring - Domain expiry monitoring **Limitations:** - Free tier limited to 5-minute checks - Alert options limited on free plan - UI can feel cluttered with features **Best for:** Teams that want SSL and domain monitoring bundled with uptime checks. ### 5. Monitoristic **Pricing**: From $5/month (5 monitors) Monitoristic is a newer tool built specifically for developers and small teams who need reliable monitoring without enterprise complexity. Full disclosure: we built it. **Strengths:** - Starts at $5/month — the most affordable paid option on this list - Status pages included on every plan - Telegram and webhook alerts - Automatic incident tracking and maintenance windows - Clean, modern interface **Limitations:** - No free tier (14-day satisfaction guarantee instead) - Currently supports HTTP monitoring only (no DNS, TCP, or SMTP) - Alert channels limited to Telegram and webhooks (email and Slack coming) - No multi-region checks yet **Best for:** Solo developers and small teams who want affordable, straightforward HTTP monitoring with status pages included. ## Quick Comparison Table | Tool | Free Tier | Starting Price | Monitors (entry) | Min Interval | Status Pages | |------|-----------|---------------|-------------------|-------------|-------------| | UptimeRobot | 50 monitors | $7/mo | 50 | 5 min (free) / 1 min (paid) | Paid only | | Better Stack | 10 monitors | $24/mo | 10 | 3 min (free) | Paid only | | Pingdom | No | $15/mo | 10 | 1 min | Add-on | | StatusCake | 10 monitors | $24.49/mo | 10 | 5 min (free) / 1 min (paid) | Paid only | | Monitoristic | No | $5/mo | 5 | 5 min / 2 min / 1 min | All plans | ## How to Choose **If you want free:** UptimeRobot's free tier is the most generous. 50 monitors at 5-minute intervals is plenty for personal projects and small services. **If you want the best value:** Monitoristic at $5/month gives you paid-tier features (status pages, incident tracking, maintenance windows) at the lowest price point on this list. **If you want incident management:** Better Stack combines monitoring with on-call rotation and incident workflows. You pay more, but you get a broader tool. **If you need advanced monitoring:** Pingdom's RUM and transaction monitoring are unmatched if you need performance insights beyond uptime. **If you want SSL/domain monitoring:** StatusCake bundles certificate and domain expiry monitoring that most other tools charge extra for. ## Our Honest Take There's no single "best" tool — it depends on what you need and what you're willing to pay. If budget is your primary constraint, start with UptimeRobot's free tier or Monitoristic's $5/month plan. Both will catch outages and notify you. The difference is in the details: UptimeRobot gives you more monitors for free; Monitoristic gives you status pages and incident tracking at the lowest paid price. If you're growing and need more sophisticated incident management, Better Stack is worth the premium. If you need protocol-level monitoring beyond HTTP, Pingdom or StatusCake fill that gap. The worst option is no monitoring at all. Pick a tool, set it up, and move on to building your product. You can always switch later. If you're a solo developer, our guide on [monitoring with a minimal setup](/blog/monitoring-for-solo-developers) covers exactly what you need without overcomplicating things. And once you have monitoring running, make sure you're not falling into one of the [common mistakes that still leave you blind](/blog/5-monitoring-mistakes-that-cost-you-customers). Once you've picked a tool, check out our [monitoring guides](/monitor) for practical advice on monitoring services like GitHub, Slack, AWS, and Stripe — the dependencies your team uses every day. ## Detailed Comparisons Want a head-to-head breakdown? We've compared Monitoristic directly against each major tool: - [Monitoristic vs UptimeRobot](/blog/monitoristic-vs-uptimerobot) — the most popular free alternative - [Monitoristic vs Pingdom](/blog/monitoristic-vs-pingdom) — the established enterprise option - [Monitoristic vs StatusCake](/blog/monitoristic-vs-statuscake) — simple monitoring vs the full suite - [Monitoristic vs Better Stack](/blog/monitoristic-vs-better-stack) — the full observability platform - [Monitoristic vs HetrixTools](/blog/monitoristic-vs-hetrixtools) — the multi-protocol alternative - [Monitoristic vs Site24x7](/blog/monitoristic-vs-site24x7) — simple uptime vs enterprise observability - [All alternatives compared](/alternatives) — side-by-side feature and pricing comparison --- # How Much Does Website Downtime Really Cost? > Downtime costs more than lost sales. Learn how to calculate the real cost of website outages — including revenue, SEO, trust, and support — and what you can do to minimize the damage. *Source: https://monitoristic.com/blog/how-much-does-website-downtime-cost* --- Everyone knows downtime is bad. But when your site goes down for 20 minutes and comes back up, it's easy to shrug it off. No big deal, right? The problem is that the real cost of downtime goes far beyond the minutes your site was unreachable. It compounds. And most of it is invisible until you actually do the math. ## The Direct Cost: Lost Revenue This is the number people think of first, and it's the easiest to calculate. **Revenue per minute = Monthly revenue / Total minutes in a month** If your site generates $10,000 per month, that's roughly $0.23 per minute. A 30-minute outage costs you about $7 in raw lost revenue. Sounds manageable. But that formula assumes even traffic distribution, which nobody has. If that 30-minute outage hits during your peak traffic window — a Monday morning for B2B, a Sunday evening for consumer — the actual loss could be 5 to 10 times the average. For e-commerce, it's worse. An abandoned cart doesn't come back. The customer who hit your checkout page and saw an error isn't bookmarking your site to try again tomorrow. They're going to a competitor. ## The SEO Cost This is the one most people miss entirely. When Googlebot crawls your site and gets a 500 error or a timeout, it doesn't just skip the page. If it happens repeatedly, Google reduces crawl frequency, can temporarily de-index pages, and eventually interprets the unreliability as a quality signal. The result: - **Reduced crawl budget**: Google visits less often, which means new content gets indexed slower - **Ranking drops**: Pages that were previously ranking can lose positions if Google records multiple failed crawls - **Lost backlink equity**: If other sites link to a page that returns errors, the link value degrades The worst part is the delay. You won't see the SEO impact for weeks or months after the outage. By then, you may not even connect the ranking drop to that 45-minute incident three weeks ago. A [good uptime report](/blog/how-to-read-an-uptime-report) helps you track whether outages correlate with traffic changes. ## The Trust Cost Trust is the most expensive thing to rebuild. When a customer visits your site and sees an error page, their confidence drops immediately. Studies show it takes 12 positive experiences to recover from one negative one. For a first-time visitor, there's no recovery — they leave and don't come back. For SaaS products, the damage is worse. Your customers depend on your uptime for their own work. One outage is forgivable. Two in a month raises questions. Three, and they're searching for alternatives. A [public status page](/blog/what-is-a-status-page) helps here. When users can check your status independently and see a transparent incident history, trust erodes slower. Silence during an outage is what kills credibility. ## The Support Cost Every minute of downtime generates support tickets, chat messages, and angry emails. Your support team spends hours responding to "is the site down?" messages instead of handling real issues. The math on this is straightforward: - **Support tickets per outage**: Even a 15-minute outage can generate 10 to 50 tickets depending on your user base - **Cost per ticket**: Average support interaction costs $5 to $15 in staff time - **Opportunity cost**: Your team is doing damage control instead of product work [Automated alerts](/docs/telegram) and a public status page reduce this dramatically. When users can see the status themselves, the "is it down?" tickets drop to near zero. ## The Hidden Cost: Slow Detection Here's what ties all of this together: **detection time**. If your site goes down and you find out in 60 seconds because your [monitoring tool](/blog/how-to-monitor-website-uptime) sent you an alert, you can start fixing it immediately. Total downtime: maybe 5 minutes. If you find out because a customer tweets about it 45 minutes later, you've already lost revenue, taken an SEO hit, eroded trust, and generated a support queue. The difference between those two scenarios isn't the outage itself — it's how fast you knew about it. This is where check interval matters: - **5-minute checks** catch outages within 5 minutes at most - **2-minute checks** cut that detection window significantly - **1-minute checks** give you near-instant awareness The [right monitoring interval](/docs/setting-up-monitor) depends on how much each minute of downtime costs you. For a blog, 5-minute checks are fine. For a checkout flow doing $50k/month, 1-minute checks pay for themselves many times over. ## How to Calculate Your Downtime Cost Here's a practical framework: **1. Revenue impact** Monthly revenue / 43,200 (minutes per month) = revenue per minute. Multiply by your peak-hour traffic multiplier (usually 3 to 5x). **2. SEO impact** Estimate 1 to 3 months of recovery time for each significant outage (30+ minutes). If organic traffic drives $X/month, a ranking drop costs $X multiplied by recovery months. **3. Support impact** Expected tickets per outage multiplied by your cost per ticket. Add the opportunity cost of engineering time diverted to incident response. **4. Trust impact** Hardest to quantify. A reasonable proxy: calculate your customer acquisition cost. Every churned customer due to reliability concerns costs you one full CAC to replace. **Total cost = Revenue loss + SEO recovery cost + Support cost + (Churn count x CAC)** Run this formula once. The number is usually higher than expected. ## Reducing the Cost You can't prevent all downtime. Servers fail, deployments break, third-party services go down. But you can minimize the cost: 1. **Monitor everything that matters**: Your site, your API, your checkout flow, your [critical third-party services](/blog/what-happens-when-your-website-goes-down) 2. **Set up instant alerts**: [Telegram](/docs/telegram) and [webhook](/docs/webhooks) notifications mean you know within minutes, not hours 3. **Use maintenance windows**: [Planned downtime](/blog/how-to-use-maintenance-windows) during low-traffic hours costs a fraction of unplanned outages 4. **Publish a status page**: Transparency reduces support load and preserves trust even during incidents 5. **Review your uptime reports**: Weekly reviews catch [degradation patterns](/blog/how-to-read-an-uptime-report) before they become outages The goal isn't 100% uptime — that's unrealistic. The goal is fast detection, fast resolution, and clear communication. Those three things together turn a potential disaster into a minor blip. And it's worth remembering: downtime isn't the only thing that costs you. [A slow website](/blog/the-true-cost-of-a-slow-website) — one that responds but takes 4 seconds to load — can quietly drain visitors, rankings, and revenue without ever triggering a traditional outage alert. Monitoring response time alongside availability catches both problems. ## Downtime Is a Business Problem It's tempting to treat downtime as a technical issue. Server went down, server came back up, problem solved. But the revenue loss, the SEO damage, the eroded trust, and the support burden make it a business problem that affects every team. The good news: it's one of the most solvable problems you'll face. Reliable [uptime monitoring](/blog/why-uptime-monitoring-matters) with fast alerts and a public status page covers 90% of the risk. The cost of monitoring is trivial compared to the cost of not knowing. If you're a solo developer wondering where to start, our guide on [monitoring for solo developers](/blog/monitoring-for-solo-developers) covers the minimum viable setup. And if you already have monitoring in place, make sure you're not making one of the [common mistakes that still leave you blind](/blog/5-monitoring-mistakes-that-cost-you-customers). --- # How Often Should You Check Your Website? > 5 minutes? 1 minute? 30 seconds? The right check interval depends on what downtime actually costs you. Here's how to decide without overthinking it. *Source: https://monitoristic.com/blog/how-often-should-you-check-your-website* --- The default answer is 5 minutes, and for most sites it's the right one. But "most sites" is doing a lot of work in that sentence. A personal blog and a checkout page processing thousands of transactions an hour have very different tolerances for undetected [downtime](/glossary/downtime). Picking a [check interval](/glossary/check-interval) isn't complicated, but it does require you to be honest about what your site actually does and who gets hurt when it stops doing it. Here's how to figure out what makes sense for yours. ## The question behind the question The real question isn't "how often should I check?" It's "how quickly do I need to know when something breaks?" That depends on three things: **What happens during undetected downtime.** If your site goes down and nobody notices for 5 minutes, what's the damage? For a blog, the answer is nothing — a handful of visitors see an error page and move on. For a payment endpoint, 5 undetected minutes could mean dozens of failed transactions and a support queue that takes hours to clear. **How fast you can actually respond.** This one gets overlooked. If it takes your team 30 minutes to SSH into a server, diagnose the issue, and deploy a fix, the difference between detecting at 1 minute and detecting at 5 minutes barely matters. The bottleneck isn't detection — it's response. A faster check interval helps most when your response workflow is already tight: automated restarts, container orchestration, or an on-call engineer who can act within minutes. **Whether you have an SLA that defines acceptable response time.** If you've promised customers [99.9% uptime](/blog/uptime-sla-explained), your monitoring interval directly affects whether you can detect and respond to incidents within the budget that SLA gives you. A 99.9% SLA allows roughly 43 minutes of downtime per month. Comfortable with 5-minute checks. A 99.99% SLA allows about 4 minutes. Now your detection speed matters a lot. ## The practical tiers Not every site needs the same frequency. Here's how [check intervals](/blog/how-to-choose-the-right-check-interval) break down in practice. ### 5-minute checks — the sensible default Covers blogs, marketing sites, documentation, side projects, and early-stage SaaS with low traffic. You'll know about any outage within 5 minutes. For anything where the cost of those 5 undetected minutes is near zero, this is the right call. Most sites fall into this category, and there's no reason to pay for faster detection on something that doesn't need it. If you're just [setting up monitoring](/blog/how-to-set-up-uptime-monitoring) for the first time, start here. You can always tighten the interval later once you understand your site's failure patterns. ### 2-minute checks — the middle ground Covers SaaS products with active users, API endpoints that other services depend on, and e-commerce stores during normal traffic. This is where you land when you want to know faster, but you're not on the hook for sub-minute response. Two-minute checks catch most incidents before they escalate without adding unnecessary cost. If your app has a few hundred active users and they'd notice an outage within a few minutes, this interval keeps you ahead of them. ### 1-minute checks — the business-critical tier Covers apps with paying users and SLA commitments, payment processing endpoints, health check routes that trigger auto-healing (load balancers, orchestrators), and any service where 5 minutes of downtime has a dollar cost you can calculate. At this tier, [uptime monitoring](/glossary/uptime-monitoring) isn't just about awareness — it's a business function. The 1-minute interval means worst-case detection is under 2 minutes, and combined with instant notification channels, your team can be investigating within 3 minutes of an outage starting. ### Sub-minute checks (30 seconds) — specialized Most teams don't need this. Sub-minute checks matter for high-frequency trading platforms, real-time communication services, or systems where automated failover is triggered by the check result itself. If you need sub-minute, you probably already know it. And you're probably also running internal health checks alongside your external monitoring. For everyone else, 1-minute checks are the practical ceiling. ## The cost-of-downtime shortcut If you're stuck deciding, here's a simple framework. Estimate — roughly — what 5 minutes of downtime costs you. Not in theory. In practice. Look at your traffic, your conversion rate, your average transaction value, and do the multiplication. If you need a starting point, our breakdown of [how much downtime actually costs](/blog/how-much-does-website-downtime-cost) walks through the math. If the answer is "basically nothing," 5-minute checks are fine. You don't need to spend more to detect something faster when the cost of slower detection is negligible. If the answer is a real number — say, $50 per 5 minutes of undetected downtime — then compare that against the cost difference between plans. If upgrading from a 5-minute interval to a 1-minute interval costs you $10 more per month and saves you even one incident's worth of faster detection, the math works out clearly. For most teams under 1,000 daily active users, the honest answer is that 5-minute checks are enough. That's not a sales pitch — it's just what the numbers usually show. ## Don't confuse check interval with alert speed This is the most common misunderstanding about monitoring intervals. People assume that a 1-minute check interval means they'll be alerted within 1 minute of an outage. Not exactly. The actual time from outage to your phone buzzing is: time until the next check runs + check execution time + notification delivery. For instant channels like Telegram or webhooks, notification delivery adds 2-5 seconds. For email, it can add minutes depending on your provider. With a 1-minute interval, worst-case detection gap is just under 1 minute. Best case, the check happens to run right as the outage starts and you know within seconds. Average case is about 30 seconds of detection delay, plus notification delivery. With a 5-minute interval, the worst-case gap is just under 5 minutes. Average is about 2.5 minutes. The check interval controls the worst-case detection gap, not the total alert latency. If you need total alert time under 2 minutes, you need 1-minute checks plus an instant notification channel. If you need it under 10 minutes, 5-minute checks with email alerts will do. ## What we'd actually recommend Monitoristic ties check intervals to plan tiers, and we think the mapping is honest: - **Lite** ($5/mo): 5-minute minimum interval. If you're starting out, running a personal project, or monitoring a site that doesn't generate direct revenue, this covers you. Five-minute checks catch the vast majority of real outages. - **Pro** ($15/mo): 2-minute minimum interval. For growing products with active users. You want faster detection because your users will notice downtime before you do if you're only checking every 5 minutes. - **Business** ($30/mo): 1-minute minimum interval. For revenue-critical services, SLA-bound applications, and anything where you can put a dollar figure on each minute of downtime. The right plan isn't the one with the fastest checks — it's the one that matches what downtime actually costs you. Don't buy a faster interval "just in case." Buy it when you can articulate what the faster detection is worth. ## Pick a number and move on The best check interval is the one that matches the actual risk profile of what you're monitoring. For most sites, that's 5 minutes. For production SaaS, it's 2 minutes. For business-critical services, it's 1 minute. If you're unsure, start with 5-minute checks. Run them for a week. Look at what you catch and what you miss. Adjust from there. The interval is a setting you can change any time — the important thing is that you're monitoring at all. --- # How to Choose the Right Check Interval for Your Monitor > Should you check every minute or every five? Learn how check intervals affect downtime detection, alert speed, and your monitoring costs — and how to pick the right one for each monitor. *Source: https://monitoristic.com/blog/how-to-choose-the-right-check-interval* --- Your monitoring tool checks your site every few minutes. If the site is up, nothing happens. If it's down, you get an alert. Simple enough. But the gap between checks matters more than most people realize. A 5-minute interval means that if your site goes down one second after a check, you won't know for almost 5 minutes. A 1-minute interval cuts that blind spot to under 60 seconds. The difference isn't just technical — it's the difference between catching a checkout outage before your first customer notices and finding out 10 minutes later from a support email. Here's how to choose the right interval for each thing you monitor. ## What the Interval Actually Controls Your check interval determines three things: 1. **Detection speed**: How quickly you find out something is wrong. A 1-minute interval detects downtime in 1–2 minutes. A 5-minute interval takes 5–10 minutes. 2. **Report accuracy**: Your [uptime report](/blog/how-to-read-an-uptime-report) is only as accurate as your check frequency. Short outages between checks are invisible. 3. **Alert timing**: Faster detection means faster alerts. If your [Telegram notifications](/docs/telegram) or [webhooks](/docs/webhooks) are set up, the interval is the bottleneck between "site goes down" and "you find out." The tradeoff is straightforward: shorter intervals give you faster detection but cost more (in computing resources, in plan pricing, in data volume). ## When 5-Minute Checks Are Enough Five-minute checks are a good default for most sites. They catch any outage lasting longer than 5 minutes, which covers the majority of real-world downtime — hosting issues, DNS failures, expired certificates, server crashes. **Good fit for:** - Blogs and content sites - Marketing pages and landing pages - Internal tools with low traffic - Portfolio sites - Documentation sites - Non-critical APIs with no SLA **What you'll miss**: Short blips under 3–4 minutes. If your hosting provider has a 2-minute restart cycle, 5-minute checks might not catch it. Your uptime report will look clean, but your users may have experienced interruptions. If you're just starting with monitoring and don't know what interval to pick, start here. You can always tighten it later once you see your baseline. ## When 2-Minute Checks Make Sense Two-minute checks hit the sweet spot for production services. Fast enough to catch most incidents before they escalate, frequent enough to give you accurate data, but not so aggressive that you're drowning in check volume. **Good fit for:** - SaaS applications with active users - Customer-facing APIs - [E-commerce storefronts](/for/e-commerce) (browsing pages, product pages) - Team collaboration tools - Services with informal uptime expectations from customers **The math**: At 2-minute intervals, the worst-case detection time is roughly 2–4 minutes (depending on when in the cycle the outage starts). For most production services, that's fast enough to respond before the majority of users are affected. ## When You Need 1-Minute Checks One-minute checks are for things where every minute of downtime has a measurable cost. If you can calculate how much revenue you lose per minute of outage, and the number isn't trivial, this is your interval. **Good fit for:** - [Checkout and payment flows](/for/e-commerce) - High-traffic [SaaS dashboards](/for/saas) - APIs with SLA commitments - [AI agent health endpoints](/for/ai-agents) - Authentication services - Payment gateway integrations - Anything your customers would notice within 2 minutes **The math**: Worst-case detection is under 2 minutes. Combined with instant [Telegram](/blog/how-to-set-up-telegram-alerts-for-downtime) or [webhook](/blog/how-to-set-up-webhook-alerts-for-downtime) alerts, your team can be investigating within 3 minutes of an outage starting. ## Mix Intervals Across Your Monitors Most people make the mistake of using the same interval for everything. But not all endpoints are equally critical. A practical setup might look like: | What you're monitoring | Interval | Why | |---|---|---| | Checkout / payment page | 1 min | Revenue-critical, every minute counts | | Main app dashboard | 2 min | Active users, but less direct revenue impact | | Marketing site homepage | 5 min | Important, but a 5-minute outage won't lose sales | | Blog | 5 min | Low urgency, mostly SEO and brand | | Internal admin panel | 5 min | Only your team uses it | | Third-party API dependency | 2 min | Affects your service, but you can't fix it — just need to know | This approach gives you fast detection where it matters and saves your check quota for the monitors that need it. ## How Interval Affects Your Uptime Percentage Your check interval directly shapes what your [uptime report](/blog/how-to-read-an-uptime-report) tells you. Consider a site that has three 2-minute outages in a month: - **1-minute checks**: All three outages detected. Uptime shows ~99.99% (6 minutes down out of ~43,200 minutes) - **5-minute checks**: Likely catches one, maybe two. Uptime might show 99.99% or even 100% — the outages fell between checks - **15-minute checks**: Almost certainly misses all three. Your report says 100%, but your users saw three outages If accurate uptime data matters for your reporting, SLA tracking, or incident post-mortems, your interval needs to be shorter than your typical outage duration. ## What About Cost? Shorter intervals cost more — more checks per day, more data stored, more alerts processed. Most monitoring tools tie pricing to check frequency. On Monitoristic, intervals are tied to your [plan](/pricing): - **Lite** ($5/mo): 5-minute minimum interval, 20 monitors - **Pro** ($15/mo): 2-minute minimum interval, 50 monitors - **Business** ($30/mo): 1-minute minimum interval, 100 monitors The right approach is to start with the interval your plan allows, then upgrade only when you have a specific monitor that genuinely needs faster checks. Don't pay for 1-minute checks on a blog. ## The Decision Framework When setting up a new [monitor](/docs/setting-up-monitor), ask three questions: 1. **How quickly would I need to know if this goes down?** If the answer is "within a couple minutes," you need 1–2 minute checks. If "within 10 minutes is fine," 5-minute checks work. 2. **What's the cost of a 5-minute blind spot?** For a checkout page, 5 undetected minutes could mean dozens of failed transactions. For a blog, 5 minutes of downtime is barely noticeable. 3. **Do I need accurate incident data?** If you're tracking uptime for SLA reporting or post-mortems, shorter intervals give you more reliable data. If you just want to know "is it generally up," longer intervals are fine. ## Start Simple, Adjust Later If you're setting up monitoring for the first time, don't overthink it: 1. Set your most critical endpoint (checkout, main app, primary API) to the fastest interval your plan allows 2. Set everything else to 5 minutes 3. After a week, review your incidents — if you're catching everything that matters, you're good 4. If you see outages in your server logs that your monitor missed, tighten the interval on that specific monitor The check interval isn't a set-it-and-forget-it decision. It's something you refine as you learn how your infrastructure actually behaves. --- # How to Connect Monitoristic to n8n, Make, and Zapier > Route downtime alerts into your automation workflows. Learn how to connect Monitoristic webhooks to n8n, Make, and Zapier to trigger tickets, escalations, and automated responses when your site goes down. *Source: https://monitoristic.com/blog/how-to-connect-monitoristic-to-n8n-make-zapier* --- Monitoristic tells you the moment your site goes down — via [Telegram](/docs/telegram) or [webhooks](/docs/webhooks). But what if you want more than a notification? What if you want your downtime alert to *do something* — create a ticket, escalate to your on-call engineer, log the incident, or trigger an automated recovery? That's where automation platforms come in. n8n, Make, and Zapier all accept incoming webhooks, which means you can pipe Monitoristic alerts into any workflow you can imagine. This guide shows you how to connect Monitoristic to all three. ## How It Works The mechanism is the same for every platform: 1. The automation tool gives you a **webhook URL** — a unique address that listens for incoming data. 2. You paste that URL into Monitoristic's webhook settings. 3. When a monitor goes down (or recovers), Monitoristic sends a JSON payload to that URL. 4. Your workflow receives the data and runs whatever steps you've built. No code required on your end. You build the logic visually in the automation tool. ## The Monitoristic Webhook Payload Before connecting anything, it helps to know what data you'll receive. When a monitor goes down or recovers, Monitoristic sends this JSON: ```json { "event": "monitor.down", "monitor": { "id": "a1b2c3d4-e5f6-7890-abcd-ef1234567890", "name": "My Website", "url": "https://example.com" }, "incident": { "id": "f9e8d7c6-b5a4-3210-fedc-ba9876543210", "title": "My Website is down" }, "check": { "status_code": 500, "response_time": 1234, "error": null }, "timestamp": "2026-05-02T12:00:00.000Z" } ``` The `event` field is either `monitor.down` or `monitor.recovered`. You'll use these fields to build conditional logic — for example, "if event is monitor.down, create a ticket; if monitor.recovered, close it." There's also a separate payload for [maintenance events](/docs/webhooks) (`maintenance.started`, `maintenance.completed`, etc.) if you want to automate around planned downtime. ## Connecting to n8n [n8n](/monitor/n8n) is a powerful, often self-hosted automation tool that developers love for its flexibility. **Steps:** 1. In n8n, create a new workflow and add a **Webhook** node as the trigger. 2. Set the HTTP method to **POST** and copy the **Production URL** n8n generates. 3. In Monitoristic, go to your notification settings, add a **Webhook** channel, and paste the n8n URL. 4. Back in n8n, add the nodes you want to run — an **IF** node to branch on `{{$json.event}}`, then actions like creating a ticket or posting to Slack. 5. Activate the workflow. **Example n8n workflow:** ``` Webhook (trigger) → IF event == "monitor.down" → Jira: Create Issue (title from incident.title) → Slack: Post to #incidents → IF event == "monitor.recovered" → Jira: Transition Issue to Done → Slack: Post "Resolved" message ``` Because n8n is code-friendly, you can also drop in a **Function** node to transform the payload, enrich it with data from other APIs, or build complex routing logic. ## Connecting to Make [Make](/monitor/make) (formerly Integromat) uses a visual scenario builder that's great for connecting many apps together. **Steps:** 1. In Make, create a new scenario and add a **Webhooks → Custom webhook** module as the trigger. 2. Click **Add**, name the webhook, and copy the generated URL. 3. In Monitoristic, add a **Webhook** notification channel and paste the Make URL. 4. Trigger a test from Monitoristic (or wait for a real event) so Make can detect the data structure. 5. Add modules after the webhook — a **Router** to branch on the event type, then actions like creating records or sending messages. **Example Make scenario:** ``` Custom webhook (trigger) → Router → Route 1 (event = monitor.down): Trello → Create Card + Email → Send → Route 2 (event = monitor.recovered): Trello → Archive Card ``` Make's strength is the breadth of app integrations — if you use a tool, Make probably connects to it. ## Connecting to Zapier [Zapier](/monitor/zapier) is the most beginner-friendly of the three, with the largest catalog of app integrations. **Steps:** 1. In Zapier, create a new Zap and choose **Webhooks by Zapier** as the trigger. 2. Select **Catch Hook** as the event and copy the custom webhook URL. 3. In Monitoristic, add a **Webhook** notification channel and paste the Zapier URL. 4. Send a test event so Zapier can parse the fields. 5. Add action steps — use a **Filter** to run only on `monitor.down`, then connect actions like Slack, Google Sheets, or PagerDuty. **Example Zap:** ``` Catch Hook (trigger) → Filter: only continue if event = monitor.down → PagerDuty: Create Incident → Google Sheets: Add Row (log the downtime) ``` Zapier's filters and paths make it easy to build conditional logic without any technical setup. ## Real Workflow Ideas Once your alerts flow into an automation tool, here's what you can build: **Incident ticketing** Downtime automatically creates a ticket in Jira, Linear, or Trello with the monitor name, URL, and status code pre-filled. Recovery closes it. Your incident log builds itself. **Smart escalation** Post to Slack immediately. If the monitor is still down after 10 minutes (use a delay step), escalate by sending an SMS or calling your on-call engineer via PagerDuty. **Incident logging** Every downtime and recovery event gets logged to a Google Sheet or database with timestamps. Over time, you build a complete incident history you can analyze for patterns — exactly the kind of data covered in [how to read an uptime report](/blog/how-to-read-an-uptime-report). **Automated response** For some failures, you can trigger a fix. A webhook can call your hosting provider's API to restart a service, clear a cache, or scale up resources — turning detection into automatic remediation. **Multi-channel broadcast** Fan out a single downtime alert to Slack, email, a status page update, and a team SMS — all from one Monitoristic webhook. ## A Note on Reliability One important detail: if you're routing critical alerts through an automation platform, remember that platform is now part of your alert chain. If [n8n](/monitor/n8n), [Make](/monitor/make), or [Zapier](/monitor/zapier) has an outage, your automated alerts could be delayed or dropped. For mission-critical alerts (like a checkout outage), it's wise to keep a **direct** notification channel too — a [Telegram alert](/docs/telegram) straight from Monitoristic that doesn't depend on any third party. Use the automation platform for the rich workflow (tickets, logging, escalation) and keep a direct channel as your reliable backstop. This is also why it's worth [monitoring your automation tool itself](/monitor/n8n) — especially if you self-host n8n. ## Get Started 1. Pick your automation platform (n8n, Make, or Zapier) 2. Create a workflow with a webhook trigger and copy the URL 3. In Monitoristic, add a [webhook notification channel](/docs/webhooks) and paste the URL 4. Build your workflow steps 5. Test it, then let it run From there, every downtime event becomes the start of an automated workflow — not just a notification you have to act on manually. [Start monitoring with Monitoristic →](https://app.monitoristic.com/register) For the full webhook reference, see the [webhook integration docs](/docs/webhooks). --- # How to Monitor a WordPress Site Without a Plugin > WordPress monitoring plugins run inside your site — which means they can't alert you when the site itself is down. Here's why external monitoring is the only reliable approach. *Source: https://monitoristic.com/blog/how-to-monitor-a-wordpress-site-without-a-plugin* --- The first instinct when a WordPress site owner wants monitoring is to search for a plugin. There are dozens of them — uptime checkers, health monitors, performance trackers. Install, activate, done. But there's a fundamental problem with monitoring your WordPress site from inside WordPress. ## The Plugin Paradox A WordPress monitoring plugin runs as part of your WordPress installation. It uses your server's resources, your database connection, and your PHP runtime to check whether things are working. Think about what happens when your site goes down: - **Server crashes**: The plugin can't run because the server it runs on is offline. - **Database goes down**: WordPress can't load, which means the plugin can't load. - **PHP fatal error**: WordPress shows a white screen. The plugin dies with it. - **Hosting outage**: Your entire server is unreachable. Nothing inside it can communicate outward. - **Plugin conflict**: A bad update crashes WordPress. Your monitoring plugin crashes too. In every scenario where you need monitoring the most, a plugin-based approach fails. It's like putting a smoke detector inside an oven — it works great until there's actually a fire. ## External Monitoring: The Only Reliable Approach External monitoring works differently. A service outside your server sends an HTTP request to your WordPress site at regular intervals. If the site responds with the expected status code, it's up. If it doesn't respond or returns an error, you get an alert. The key difference: **the monitoring tool doesn't depend on your WordPress installation.** When your site goes down, the monitoring tool is still running — on completely separate infrastructure — and it notices the failure immediately. No plugin to install. No performance impact on your site. No dependency on the thing you're trying to monitor. ## What to Monitor on a WordPress Site WordPress sites have multiple critical endpoints. Monitoring just the homepage isn't enough — your frontend can load while wp-admin is broken, or your shop page can work while checkout is down. ### Essential monitors | Endpoint | URL | Why | |----------|-----|-----| | Homepage | `yourdomain.com` | The most visible page — if this is down, everyone notices | | WP Admin | `yourdomain.com/wp-admin` | Where you manage everything — plugin conflicts often break this first | | REST API | `yourdomain.com/wp-json/wp/v2/` | If you use the API (headless WP, mobile apps, integrations) | ### If you run WooCommerce | Endpoint | URL | Why | |----------|-----|-----| | Shop page | `yourdomain.com/shop` | Product browsing — the entry point for most customers | | Checkout | `yourdomain.com/checkout` | Revenue-critical — a broken checkout means lost sales | | My Account | `yourdomain.com/my-account` | Customer login and order management | ### If you have membership or login features | Endpoint | URL | Why | |----------|-----|-----| | Login page | `yourdomain.com/wp-login.php` | Member access — broken login blocks all authenticated users | | Registration | `yourdomain.com/register` | New user signups — if this breaks during a campaign, you lose conversions | Set up a separate monitor for each critical endpoint. When something breaks, you'll know exactly which part of your site is affected instead of just "the site is down." ## Common WordPress Failures That Plugins Miss External monitoring catches problems that a WordPress plugin literally cannot detect: **Plugin conflicts after updates**: You update a plugin and it conflicts with your theme or another plugin. WordPress throws a PHP fatal error. The site shows a white screen or a "There has been a critical error" message. Any monitoring plugin installed on that site is dead too. **Memory exhaustion**: A traffic spike or a runaway process consumes all available PHP memory. WordPress can't allocate memory to run — including your monitoring plugin. The site returns 500 errors until the server is restarted. **Hosting provider outages**: Your shared hosting provider has a network issue or a hardware failure. Your entire server is unreachable from the outside world. Nothing inside it — including monitoring plugins — can send alerts. **SSL certificate expiration**: Your certificate expires and browsers block access with a security warning. The site technically "responds" but users see a scary warning page. Your server-side plugin doesn't see this because it's making internal requests that bypass SSL. **DNS failures**: Your domain's DNS stops resolving. Users type your domain and get "server not found." Your server is fine — it's the DNS layer that failed. A plugin on the server has no visibility into DNS resolution. ## Setting Up External Monitoring (2 Minutes) No installation. No configuration files. No server access required. 1. **Sign up** for [Monitoristic](https://app.monitoristic.com/register) (or any external monitoring tool) 2. **Add your homepage** as the first monitor — enter the URL, set [check interval](/blog/how-to-choose-the-right-check-interval), expected status 200 3. **Add wp-admin** as a second monitor — `yourdomain.com/wp-admin` (it redirects to the login page, so expect a 200 or 302) 4. **Add WooCommerce pages** if applicable — shop and checkout 5. **Connect alerts** — set up [Telegram](/docs/telegram) or [webhook](/docs/webhooks) notifications 6. **Create a status page** — give your users a URL to check before they email you That's it. No plugin installed on your WordPress site. No performance impact. No dependency on the thing you're monitoring. ## But What About Performance Monitoring? External uptime monitoring tells you if your site is reachable and how fast the server responds. It doesn't tell you about page rendering speed, Core Web Vitals, or frontend performance. For that, you'd use browser-based performance tools — Google PageSpeed Insights, GTmetrix, or WebPageTest. These are separate from uptime monitoring and serve a different purpose. The important distinction: **uptime monitoring tells you if your site is up. Performance monitoring tells you if it's fast.** You need both, but uptime is the foundation. There's no point optimizing page speed on a site that goes down twice a week. ## WordPress-Specific Monitoring Tips **Monitor after every update**: WordPress core updates, plugin updates, and theme updates are the #1 cause of unexpected downtime. After updating, watch your monitoring dashboard for the next hour. If something breaks, you'll catch it immediately instead of discovering it the next day. **Use [maintenance windows](/blog/how-to-use-maintenance-windows)**: If you're doing planned updates, set a maintenance window in your monitoring tool. This suppresses false alerts during the update and keeps your status page accurate. **Track response times**: WordPress sites slow down over time — growing databases, accumulating plugins, unoptimized images. [Response time tracking](/docs/setting-up-monitor) catches gradual degradation before it becomes a crash. **Don't rely on your hosting dashboard**: Most hosting providers show server status (CPU, memory, disk), not application status. Your server can show "healthy" while WordPress is returning fatal errors. External HTTP monitoring is the only way to see what your visitors actually see. ## The Bottom Line WordPress plugins are great for extending your site's functionality. But monitoring your site from inside your site is a contradiction. When WordPress breaks — and it will eventually — anything running inside WordPress breaks with it. External monitoring is the only approach that works when you need it most: during actual downtime. No plugin required. No server access needed. Just a URL and an alert channel. [Start monitoring your WordPress site →](https://app.monitoristic.com/register) For more WordPress-specific guidance, see our [WordPress monitoring use case page](/for/wordpress). --- # How to Monitor an API Endpoint (Step by Step) > A practical, step-by-step guide to monitoring an API endpoint — choosing the right URL, HTTP method, expected status code, and what to watch beyond a simple 200 OK. *Source: https://monitoristic.com/blog/how-to-monitor-an-api-endpoint* --- Your website going down is obvious — visitors see an error page and complain. But when an API endpoint fails, the symptoms are quieter and often worse: mobile apps stop syncing, integrations break silently, checkout flows fail at the last step, and you might not hear about it until customers do. Monitoring an API endpoint is similar to [monitoring a website](/blog/how-to-monitor-website-uptime), but there are a few extra decisions that matter. This guide walks through them step by step. If you're not sure what API monitoring is or why it's different from basic uptime checks, start with [What Is API Monitoring?](/blog/what-is-api-monitoring) and [HTTP vs API Monitoring](/blog/http-vs-api-monitoring). Otherwise, let's set one up. ## Step 1: Choose the Right Endpoint to Monitor Not every endpoint is a good monitoring target. The ideal endpoint is: - **Lightweight** — returns quickly without heavy computation - **Representative** — exercises your core dependencies (database, cache, critical services) - **Safe** — read-only, with no side effects The best option is a **dedicated health check endpoint**, often at `/health`, `/status`, or `/healthz`. A good health endpoint does a quick internal check (can it reach the database? is the cache up?) and returns a simple response. If you don't have a health endpoint, pick a read-only `GET` route that returns fast — for example, a "list" endpoint that's cheap to serve. **Avoid monitoring:** - Endpoints that create, update, or delete data - Endpoints that trigger emails, charges, or webhooks - Heavy report or export endpoints that take seconds to respond ## Step 2: Pick the HTTP Method For most monitoring, use **GET**. It's safe, idempotent, and won't change anything on your server no matter how often it runs. Use **POST** (or another method) only when the endpoint you need to check requires it. If you do, make sure: - The request body is valid - Any required headers (like `Content-Type: application/json`) are set - The endpoint won't create real data or side effects each time it's called A monitor that runs every minute will hit your endpoint over 40,000 times a month — so it absolutely must be safe to call repeatedly. ## Step 3: Set the Expected Status Code This is where API monitoring gets more precise than basic website monitoring. You need to tell your monitor exactly what a *healthy* response looks like. Most healthy API endpoints return: - **200 OK** — standard success with a response body - **204 No Content** — success with no body (common for health checks) Set your monitor's **expected status code** to match. Then, if the endpoint ever returns: - **500 / 503** — your server is erroring or overloaded - **401 / 403** — authentication broke (often a key expiry or config change) - **404** — the route moved or was removed - **429** — you're being rate-limited ...the monitor catches it and alerts you. Without an expected-status setting, a monitor might treat any response — even a `500` — as "the server replied, so it's up." > Configuring these settings in Monitoristic? Our [monitor settings guide](/docs/setting-up-monitor) explains every field — method, expected status, timeout, and slow-response threshold — and when to use each. ## Step 4: Handle Authentication Many API endpoints require authentication. If yours does, your monitor needs to send the right credentials — usually via a header: ``` Authorization: Bearer YOUR_API_TOKEN ``` A few tips: - **Use a dedicated monitoring token** if your API supports it, so you can revoke it independently and see monitoring traffic separately. - **Watch for token expiry.** If your token expires, the endpoint starts returning `401` and your monitor will (correctly) alert — but it's a monitoring failure, not a real outage. Use long-lived or auto-rotating tokens for monitoring where possible. - **Never put secrets in a public status page.** Keep authenticated monitors internal. ## Step 5: Don't Stop at 200 OK Here's the trap many teams fall into: assuming a `200` means everything is fine. An API can return `200 OK` while being completely broken: - The body contains `{"error": "database unavailable"}` but the status is still `200` - It returns stale or empty data - It responds, but takes 8 seconds when it should take 200ms To catch these, layer on additional checks: **Response time.** Set a [slow-response threshold](/blog/how-to-read-an-uptime-report) so you're warned when the endpoint degrades *before* it fails completely. A consistently slow API is often the early signal of an outage. **Response body keywords.** Where supported, check that the response contains an expected string (like `"status":"ok"`) or does *not* contain an error marker. This catches the "200 but actually broken" case. ## Step 6: Choose Your Check Interval How often you check depends on how critical the endpoint is: - **Payment, auth, or checkout APIs:** check every 1 minute — you want to know within seconds - **Core product APIs:** every 1-3 minutes - **Internal or low-traffic APIs:** every 5 minutes is fine More frequent checks mean faster detection but more requests to your endpoint. Our guide on [choosing the right check interval](/blog/how-to-choose-the-right-check-interval) covers the tradeoffs in detail. ## Step 7: Route Alerts to Where You'll See Them A monitor is only useful if the alert reaches you fast. For APIs, that usually means: - **[Telegram](/docs/telegram)** or another chat channel for instant, on-phone alerts - **[Webhooks](/docs/webhooks)** to pipe the alert into your incident tooling, on-call system, or an automation platform like [n8n, Make, or Zapier](/blog/how-to-connect-monitoristic-to-n8n-make-zapier) For a critical API, the difference between a 1-minute and a 30-minute response time is often just *where the alert lands*. ## A Quick Checklist Before you call your API monitoring "done," confirm: - [ ] You're monitoring a safe, representative endpoint (ideally a health check) - [ ] The HTTP method is correct (GET for most cases) - [ ] The expected status code matches a healthy response - [ ] Authentication is configured with a long-lived monitoring token - [ ] A slow-response threshold is set to catch degradation early - [ ] The check interval matches how critical the endpoint is - [ ] Alerts route to a channel you'll actually see immediately ## Wrapping Up Monitoring an API endpoint isn't much harder than monitoring a website — it just demands a bit more precision. Pick a safe endpoint, set the right method and expected status, watch response time as well as availability, and route alerts somewhere you'll see them. Do that, and you'll catch API problems while they're still your secret — not your customers' complaint. [Set up your first API monitor →](https://app.monitoristic.com/register) For more on the differences between simple uptime checks and deeper API monitoring, read [HTTP vs API Monitoring](/blog/http-vs-api-monitoring). --- # How to Monitor SSL Certificate Expiration > An expired SSL certificate takes your whole site down with a scary browser warning — and it always happens at the worst time. Here's how to catch it days before it bites. *Source: https://monitoristic.com/blog/how-to-monitor-ssl-certificate-expiration* --- There's a category of outage that is completely predictable, entirely preventable, and yet still takes down real sites every single day: the expired SSL certificate. It's not a hack, a traffic spike, or a server crash. It's a date passing. One moment your site loads fine; the next, every visitor gets a full-screen browser warning — *"Your connection is not private"* — and bounces. Search crawlers see it too. And because nothing "broke," your server keeps happily returning `200 OK` to anything that ignores the certificate, so a basic check can miss it entirely. The good news: expiry is the easiest outage in the world to prevent, because it announces itself in advance. You just have to be watching. ## Why expired certificates are so damaging An SSL/TLS certificate is what powers the padlock and HTTPS. When it expires, browsers don't show a subtle warning — they hard-block the page with an interstitial that most users will never click through. The effect is total: - **Every visitor is turned away**, not just some. It's a 100% outage for anyone on a modern browser. - **The warning is scarier than a normal error.** "Not private" reads as "you've been hacked" to a non-technical visitor. Trust damage outlasts the outage. - **APIs and integrations break too.** Any client that validates certificates (most do) will refuse to connect — so your mobile app, webhooks, and server-to-server calls fail alongside the website. - **SEO takes a hit.** Crawlers that hit certificate errors can drop pages from the index if it persists. And it almost always happens at the worst time, because certificates expire on a fixed schedule that has nothing to do with your calendar — a weekend, a holiday, the middle of the night. ## Why auto-renewal isn't a guarantee "I use Let's Encrypt with auto-renewal, so I'm fine." This is the single most common reason people get burned. Auto-renewal is great — until the renewal silently fails. Real-world causes we see constantly: - The renewal cron job stopped running, or the server it ran on was retired. - A firewall or config change broke the HTTP-01/DNS-01 validation challenge. - The domain's DNS changed and the validation can no longer complete. - A load balancer or CDN is serving an old certificate even though the origin renewed. - The renewal succeeded but nothing reloaded the web server to pick up the new certificate. In every one of these cases, automation *thinks* it's handling things while the clock keeps ticking. The only way to know the certificate your visitors actually receive is valid is to check the live certificate from the outside — which is exactly what monitoring does. (This is why [external monitoring beats internal assumptions](/blog/how-to-monitor-website-uptime) across the board.) ## A plain `200 OK` check is not enough Here's the subtle part. Some uptime checks connect in a way that ignores certificate validity, or only care about the HTTP status code. A server with an expired certificate can still return `200 OK` to a client that doesn't verify the chain — so a naive check stays green while real browsers are blocked. This is another flavor of the [silent failure](/glossary/uptime-monitoring) problem: the check passes, the users don't. Good SSL monitoring does two distinct jobs: 1. **Validate the live certificate** — confirm it's present, trusted, matches the hostname, and isn't expired. 2. **Warn you about *upcoming* expiry** — alert days in advance, not at the moment it breaks. That second point is the whole game. An alert *after* expiry is just downtime. An alert *before* expiry is a non-event you fix in five minutes. ## How to monitor SSL certificate expiration ### 1. Monitor over HTTPS, from the outside Point a monitor at your `https://` URL so it makes a real TLS connection to your live site — the same handshake a browser does. This catches not just expiry but also misconfigured chains, hostname mismatches, and a CDN serving a stale certificate. Checking from outside your network is what makes it trustworthy; you're seeing what your visitors see. See [setting up a monitor](/docs/setting-up-monitor) for the basics. ### 2. Get warned days in advance The most important setting is the **expiry warning threshold** — how many days before expiry you want to be told. A sensible default is 14 days, with a second nudge at a few days out. That window gives you time to renew calmly instead of firefighting. Treat the alert as routine maintenance, not an incident. ### 3. Cover every hostname and subdomain Certificates are per-hostname (or per-wildcard). It's easy to renew `example.com` and forget `api.example.com`, `status.example.com`, or `www`. Monitor each hostname that has its own certificate — including your status page if it's on a [separate domain](/glossary/status-page). One forgotten subdomain is still a full outage for whatever lives there. ### 4. Don't forget internal and machine endpoints The certificates most likely to lapse are the ones no human visits: an API subdomain, a webhook receiver, an admin panel, an internal tool. No one notices the padlock there until an integration silently stops connecting. Monitor those too — they break the same way, just more quietly. ### 5. Route the alert somewhere you'll actually see it An expiry warning is useless in an inbox you don't read. Send it to a channel you watch — a [Telegram alert](/blog/how-to-set-up-telegram-alerts-for-downtime) to your phone or a [webhook](/blog/how-to-set-up-webhook-alerts-for-downtime) into your team's channel — so a 14-day warning actually reaches the person who can renew. ## A simple SSL monitoring checklist - Monitor every public hostname over `https://`, from outside your network. - Set an expiry warning at ~14 days, with a second reminder a few days out. - Include subdomains, API hosts, status pages, and internal tools — anything with its own certificate. - Don't rely on auto-renewal alone; verify the *live* certificate, not the renewal job's logs. - Send warnings to a channel you check daily, not a forgotten mailbox. - When a warning fires, renew and confirm the new certificate is actually being served (reload the server / purge the CDN). ## The bottom line An expired certificate is the rare outage you can see coming weeks away. The teams that get caught aren't careless — they're trusting automation that failed quietly, or a `200 OK` that lied. Monitoring the live certificate from the outside, with a warning days before expiry, turns a 100% outage and a trust-shattering browser warning into a calm five-minute renewal nobody else ever notices. That's the entire goal of monitoring: move every failure you can from "found out from an angry user" to "handled before it mattered." ## Related reading - [How to Monitor Website Uptime](/blog/how-to-monitor-website-uptime) - [What to Do When Your Website Goes Down](/blog/what-to-do-when-your-website-goes-down) - [Setting Up a Monitor](/docs/setting-up-monitor) New to the terminology? See [SSL monitoring](/glossary/ssl-monitoring), [downtime](/glossary/downtime), and [uptime monitoring](/glossary/uptime-monitoring) in our glossary. --- # How to Monitor Your Website Uptime: A Practical Guide > Learn how to set up website uptime monitoring step by step. Covers what to monitor, how often to check, and how to respond when things go down. *Source: https://monitoristic.com/blog/how-to-monitor-website-uptime* --- Your website is the front door to your business. When it's down, customers can't find you, transactions fail, and trust erodes. Uptime monitoring ensures you know about problems before your users do. This guide walks you through setting up effective uptime monitoring — what to track, how to configure alerts, and what to do when things break. ## What Is Uptime Monitoring? Uptime monitoring is the practice of automatically checking whether your website, API, or web service is available and responding correctly. A monitoring tool sends HTTP requests to your endpoints at regular intervals and alerts you when something goes wrong. The goal is simple: detect downtime faster than your users do. ## What Should You Monitor? Most teams start by monitoring their homepage and stop there. That's a mistake. Here's what you should actually be tracking: ### Your Main Website The obvious one. Monitor your homepage and any critical landing pages. If your marketing site goes down, you're losing visitors and potentially search rankings. ### Your API Endpoints If you offer an API — whether for customers or internal use — monitor its health endpoints. A website that loads fine while the API is broken can be worse than total downtime because users see the interface but nothing works. ### Authentication Flows Login pages and authentication endpoints are critical paths. If users can't sign in, they can't use your product. Monitor your login endpoint separately from the main site. ### Payment and Checkout If you process payments, your checkout flow is your revenue pipeline. Monitor the endpoints involved in payment processing. Even a few minutes of checkout downtime during peak hours can mean significant lost revenue. ### Third-Party Dependencies If your application depends on external services (payment gateways, email providers, CDNs), consider monitoring their status endpoints too. When a dependency goes down, you want to know whether the problem is yours or theirs. ## How Often Should You Check? Check frequency depends on how critical the service is and how quickly you need to respond: - **Every 1 minute:** Production websites, APIs, and anything customer-facing. This is the standard for most teams. Downtime is detected within 1-2 minutes. - **Every 5 minutes:** Internal tools, staging environments, or services where a few minutes of delay is acceptable. - **Every 15-30 minutes:** Low-priority monitoring, development environments, or services with known maintenance windows. For most production services, 1-minute checks strike the right balance between detection speed and resource efficiency. ## Setting Up Monitoring Step by Step ### 1. Choose Your Endpoints List every URL that matters. Start with: - Your homepage (`https://yoursite.com`) - Your API health check (`https://api.yoursite.com/health`) - Your login page (`https://yoursite.com/login`) - Any critical subdomains ### 2. Define Expected Responses For each endpoint, specify what a "healthy" response looks like. Usually this means: - **HTTP 200** for web pages and APIs - **HTTP 301 or 302** for redirects (if expected) - **HTTP 204** for health check endpoints that return no content If your monitoring tool supports it, validate the response body too. A page that returns 200 but shows an error message is still broken. ### 3. Configure Notifications Alerts are only useful if they reach you. Set up notifications through channels your team actually checks: - **Telegram** for instant mobile notifications - **Webhooks** to pipe alerts into Slack, Discord, or your incident management tool - **Email** for less urgent notifications and daily summaries Avoid alert fatigue by configuring sensible thresholds. A single failed check might be a network blip. Two or three consecutive failures is likely a real problem. ### 4. Set Up a Status Page A public status page serves two purposes: - It lets your users check service health without contacting support - It demonstrates transparency and builds trust Include your main services on the status page and keep it updated during incidents. Users are more forgiving when they can see you're aware of the problem and working on it. ### 5. Plan Your Incident Response Monitoring tells you something is wrong. Your response plan determines how quickly you fix it. At minimum, define: - **Who gets notified first?** — The person or team responsible for the affected service - **What's the escalation path?** — If the primary responder doesn't acknowledge within 15 minutes, who gets notified next? - **Where do you communicate?** — A dedicated channel for incident coordination - **When do you update the status page?** — Immediately, with updates every 15-30 minutes until resolved ## Common Mistakes to Avoid ### Monitoring Only the Homepage Your homepage might be served from a CDN cache while your application server is completely down. Monitor the endpoints that actually exercise your infrastructure. ### Ignoring SSL Certificate Expiry An expired SSL certificate will make your site inaccessible to most browsers. Track certificate expiry dates and renew well in advance. ### Setting Too Many Alerts If every minor blip triggers an alert, your team will start ignoring them. Configure reasonable thresholds and use different severity levels for different situations. ### Not Testing Your Alerts Set up monitoring, then verify it actually works. Take a service offline intentionally and confirm that alerts fire, reach the right people, and contain useful information. ## Getting Started Setting up basic monitoring takes less than five minutes: 1. Sign up for a monitoring service like Monitoristic 2. Add your first endpoint URL 3. Set the expected response code (usually 200) 4. Connect a notification channel (Telegram or webhook) 5. Create a status page for your users That's it. You'll know within minutes whenever your site has a problem — and your users will have a place to check status without sending you a support ticket. Don't wait for the first angry customer email. Set up monitoring today. New to monitoring? Our [step-by-step beginner guide](/blog/how-to-set-up-uptime-monitoring) walks through the full setup process. Once you're running, make sure you're not making one of the [common monitoring mistakes](/blog/5-monitoring-mistakes-that-cost-you-customers) that leave teams blind to real outages. And to pick the right check frequency, see [how often you should check your website](/blog/how-often-should-you-check-your-website). If your application depends on external services, consider monitoring them too. Our [monitoring guides](/monitor) cover practical advice for services like Cloudflare, GitHub, and AWS — the dependencies your team relies on daily. ## Related Reading - [Why Uptime Monitoring Matters](/blog/why-uptime-monitoring-matters) — the business case in plain terms - [How to Choose the Right Check Interval](/blog/how-to-choose-the-right-check-interval) — balance speed and noise - [How to Set Up a Public Status Page](/blog/how-to-set-up-a-public-status-page) — keep users informed automatically - Learn the terms: [uptime monitoring](/glossary/uptime-monitoring), [check interval](/glossary/check-interval), and [expected status code](/glossary/expected-status-code) --- # How to Read an Uptime Report: What the Numbers Actually Mean > Uptime percentages, response times, incident timelines — learn what each metric in an uptime report means and how to use them to make better decisions. *Source: https://monitoristic.com/blog/how-to-read-an-uptime-report* --- You open your monitoring dashboard, and there it is: **99.7% uptime**. Sounds great, right? Maybe. Maybe not. That number alone doesn't tell you whether you had one long outage or fifty short blips. It doesn't tell you if the downtime happened at 3 AM or during your biggest traffic spike of the month. Uptime reports are full of useful data — but only if you know what to look at and what to ignore. Here's how to read one without getting lost in the numbers. ## Uptime Percentage This is the headline metric. It answers one question: **what fraction of the monitoring period was your site reachable?** Here's what the common targets look like in practice: - **99.9% (three nines)**: ~43 minutes of downtime per month - **99.95%**: ~22 minutes per month - **99.99% (four nines)**: ~4 minutes per month - **100%**: Either genuinely perfect or your check interval is too long to catch short outages The percentage is useful for SLA tracking and trend comparison, but it hides important context. A site with 99.5% uptime that had one 3-hour planned maintenance at 2 AM is in better shape than a site with 99.8% uptime that had fifteen random 1-minute outages during business hours. **What to do with it**: Compare month over month. A steady 99.9% is healthy. A trend from 99.95% down to 99.7% over three months means something is degrading and needs attention. ## Response Time Response time measures how long your site takes to respond to each check. Most dashboards show an average, but the average alone can be misleading. What actually matters: - **Average response time**: The baseline. Under 500ms is solid for most sites. - **P95 / P99 response time**: What the slowest 5% or 1% of requests look like. If your average is 200ms but your P95 is 4 seconds, your users are noticing. - **Trends over time**: A response time chart that slowly creeps upward — even by 50ms per week — is an early warning sign. Your database is growing, a cache is filling up, or a third-party dependency is slowing down. **What to do with it**: Set a slow response threshold. In [Monitoristic](/docs/setting-up-monitor), you can define what "slow" means for each monitor. When response times cross that line, you get alerted before it becomes an outage. ## Incident Timeline The incident timeline is where the real story lives. Each entry shows: - **When the outage started**: The exact timestamp of the first failed check - **How long it lasted**: Duration from first failure to confirmed recovery - **What happened**: Status codes, timeout errors, DNS failures — the raw evidence - **When it was resolved**: The timestamp of the first successful check after the outage Patterns in the timeline tell you more than any single metric: - **Same time every day?** Probably a cron job, backup, or deployment window - **Always the same duration?** Could be an auto-scaling delay or a service restart cycle - **Clustered around deploys?** Your deployment process needs a health check gate - **Random and unpredictable?** Infrastructure instability — check your hosting provider's status history **What to do with it**: Look at the last 30 days of incidents. If you see a pattern, that pattern is your highest-priority fix. ## Check Interval and Its Effect on Data Your check interval directly affects the accuracy of your report. - **5-minute checks**: Good for general awareness. You'll catch outages longer than 5 minutes reliably. Short blips (under 2 minutes) might be missed entirely. - **2-minute checks**: Catches most incidents. Good balance for production APIs and customer-facing sites. - **1-minute checks**: Near real-time detection. Essential for high-traffic or revenue-critical services. A report based on 5-minute checks showing 100% uptime doesn't mean there were zero issues — it means there were no issues lasting longer than 5 minutes. If your [check interval](/docs/setting-up-monitor) is longer than your typical outage duration, your report looks better than reality. **What to do with it**: Match your check interval to how quickly you need to know about problems. Revenue-critical? Go with 1-minute or 2-minute checks. ## What to Actually Do With Your Report Reading the numbers is step one. Here's how to turn them into action: 1. **Set a baseline**: Know your normal uptime percentage and average response time. You can't spot degradation if you don't know what healthy looks like. 2. **Review weekly**: A quick weekly glance at your dashboard catches trends before they become incidents. Don't wait for an outage to look at your data. 3. **Share with your team**: A [public status page](/blog/how-to-set-up-a-public-status-page) keeps your users informed. An internal review keeps your engineering team accountable. 4. **Focus on patterns, not individual events**: One outage is an incident. The same outage three weeks in a row is a systemic problem. 5. **Use alerts, not dashboards**: Dashboards are for review. [Alerts](/docs/telegram) are for action. If you're manually checking your dashboard to find out about downtime, your monitoring setup is incomplete. ## The Report Is a Tool, Not a Score It's tempting to treat uptime percentage as a grade. But 99.9% isn't an A+ — it's a data point. The value of an uptime report isn't the number at the top. It's the patterns it reveals, the incidents it documents, and the decisions it enables. Read it regularly. Share it with your team. Act on what it tells you. Want to understand what those uptime percentages really mean in practice? Our guide on [uptime SLA explained](/blog/uptime-sla-explained) breaks down the math behind 99.9% and what it costs when you fall short. And if your response time chart is creeping upward, read about [the true cost of a slow website](/blog/the-true-cost-of-a-slow-website) — slowness often hides behind a passing uptime check. Not sure if your check interval is giving you accurate data? See [how to choose the right check interval](/blog/how-to-choose-the-right-check-interval) for your setup. --- # How to Reduce Alert Fatigue in Monitoring > Too many alerts train your team to ignore them — including the one that matters. Here's how to cut the noise without missing real downtime. *Source: https://monitoristic.com/blog/how-to-reduce-alert-fatigue-in-monitoring* --- There's a specific kind of failure that monitoring tools cause instead of prevent: the alert everyone ignored. It happens like this. Your monitoring sends a notification. Then another. Then ten more this week, most of them for things that recovered on their own thirty seconds later. After a while, the team mutes the channel, swipes away the push, or sets up a filter. Then the one alert that actually mattered — the real outage, at 2 AM, during checkout — lands in a channel nobody reads anymore. That's alert fatigue. And the cure isn't "try harder to pay attention." It's designing your alerts so that every one of them deserves attention. ## Why alert fatigue is dangerous, not just annoying Alerts are only useful if people act on them. The moment a notification becomes routine background noise, it stops being a signal and becomes spam — and your effective monitoring coverage quietly drops to zero, no matter how many checks you're running. The cruel part is that the teams most likely to suffer real downtime damage (small teams, solo developers, agencies juggling many sites) are also the ones most likely to over-alert, because every project funnels into the same phone. The fix is the same regardless of size: fewer, better alerts. ## The usual sources of noise Most alert fatigue comes from a handful of predictable culprits: - **Single-check failures.** One failed request fires an alert, even though the next check passes. A blip is not an outage. - **No re-check before alerting.** A transient network hiccup between your monitor and the target gets reported as your site being down. - **Alerting on planned work.** Deploys and maintenance trigger "down" alerts for changes you made on purpose. - **Over-monitoring.** Twenty monitors on twenty URLs that all go down together when one shared dependency fails — so one incident becomes twenty alerts. - **Too-aggressive intervals for low-stakes assets.** Checking a marketing page every 30 seconds creates twenty times the noise of checking it every few minutes, with no real benefit. - **No recovery context.** "DOWN" with no follow-up "RECOVERED" leaves people refreshing and re-checking manually. Notice that none of these are "the alerting tool is bad." They're configuration and discipline problems — which means they're fixable. ## Seven ways to cut the noise ### 1. Require confirmation before alerting The single biggest win: don't alert on the first failed check. A real monitor should re-check before declaring downtime, so a one-off timeout doesn't wake anyone up. Confirming a failure with a second (or third) check a few seconds later filters out the overwhelming majority of false positives while adding only seconds to genuine detection time. ### 2. Match the check interval to the stakes Not everything deserves a one-minute check. Your checkout flow and API? Yes — check often, alert fast. Your blog or docs page? A slower interval is fine and dramatically reduces noise. Tiering your intervals by importance is one of the easiest ways to shrink your alert volume. (See [How to Choose the Right Check Interval](/blog/how-to-choose-the-right-check-interval).) ### 3. Use maintenance windows for planned work Every deploy, migration, or planned outage that fires a "down" alert is training your team to ignore alerts. Schedule a [maintenance window](/blog/how-to-use-maintenance-windows) so monitoring pauses (and your status page shows "maintenance" instead of a false incident) during work you already know about. ### 4. Always send a recovery alert A "down" alert without a matching "recovered" alert forces people to babysit the situation. Pairing every downtime notification with an automatic recovery notification closes the loop, so the team knows when they can stop worrying — and learns that your alerts tell the whole story, not just half of it. ### 5. Group related monitors into incidents When a shared dependency fails, ten URLs can go down at once. Ten separate alerts for one root cause is pure noise. Tools that roll related failures into a single incident (with one notification and a timeline) turn an avalanche into one actionable message. ### 6. Route alerts to the right place A real outage and a slow-response warning don't belong in the same firehose. Send critical downtime to a channel people actually watch — a [Telegram alert](/blog/how-to-set-up-telegram-alerts-for-downtime) to your phone, or a [webhook](/blog/how-to-set-up-webhook-alerts-for-downtime) into your team's incident channel — and keep lower-priority noise out of it. ### 7. Prune monitors you don't act on If an alert fires and the honest answer is "we wouldn't do anything about that," delete the monitor or downgrade it. A monitor that never changes behavior is just a noise generator. Audit your monitors quarterly and cut the ones that don't earn their place. ## A simple rule of thumb Before you create or keep any alert, ask one question: > If this fires at 3 AM, would someone get up to deal with it? If the answer is yes, make it loud, fast, and impossible to miss. If the answer is no, it shouldn't be a real-time alert at all — make it a dashboard metric or a daily summary instead. Every alert that survives this test is one your team will still trust six months from now. That trust is the whole point. Monitoring only works if the alert that matters gets through — and it only gets through if it isn't buried under a hundred that didn't. ## Related reading - [How to Choose the Right Check Interval](/blog/how-to-choose-the-right-check-interval) - [How to Use Maintenance Windows](/blog/how-to-use-maintenance-windows) - [What to Do When Your Website Goes Down](/blog/what-to-do-when-your-website-goes-down) Want to go deeper on the concepts here? Learn about [incidents](/glossary/incident), [check intervals](/glossary/check-interval), and [downtime](/glossary/downtime) in our glossary. --- # How to Set Up a Public Status Page for Your Service > A step-by-step guide to creating a public status page that builds trust with your users and reduces support load during incidents. *Source: https://monitoristic.com/blog/how-to-set-up-a-public-status-page* --- When your service goes down, the first thing users do is check whether the problem is on their end or yours. Without a status page, they'll flood your support inbox, post on social media, or simply leave. A public status page solves this. It gives your users a single place to check service health, see ongoing incidents, and know you're on top of things. Here's how to set one up effectively. ## Why You Need a Status Page ### Reduces Support Volume During an outage, your support team gets overwhelmed with "is it just me?" tickets. A status page answers that question before it's asked. Teams that use status pages report significantly fewer support tickets during incidents. ### Builds Trust Through Transparency Users don't expect perfection. They expect honesty. A status page that shows real-time health data and incident history tells users you take reliability seriously. That transparency builds more trust than claiming 100% uptime ever could. ### Speeds Up Incident Communication When something breaks, you don't want to spend time composing emails or tweets. A status page gives you a single place to post updates that all your users can see immediately. ### Provides Historical Context Over time, your status page becomes a record of your reliability. Prospective customers can see your track record. Existing customers can see how quickly you respond to issues. ## What to Include on Your Status Page ### Service Components Break your service into logical components that users care about: - **Website** — Is the main site loading? - **API** — Are API endpoints responding? - **Dashboard** — Can users access the application? - **Authentication** — Can users log in? - **Payments** — Is checkout working? Don't list internal infrastructure components. Users don't care about your database cluster or message queue — they care about the features they use. ### Current Status Each component should show one of these states: - **Operational** — Everything is working normally - **Degraded** — The service is working but slower or with reduced functionality - **Partial Outage** — Some users or features are affected - **Major Outage** — The service is down for most or all users ### Uptime History Show a visual timeline of uptime over the past 30, 60, or 90 days. This gives users context. A single outage bar in an otherwise green history is reassuring — it shows the outage is unusual, not a pattern. ### Active Incidents When something is wrong, show it prominently. Include: - What's affected - When it started - What you're doing about it - Estimated time to resolution (if known) ### Incident History Keep a log of past incidents with timestamps and resolution notes. This serves as both a public record and an internal reference. ## Step-by-Step Setup ### 1. Choose Your Monitoring Tool Your status page should be powered by the same tool that monitors your services. This ensures the status page reflects real-time health data automatically, not manual updates that someone might forget during a stressful incident. With Monitoristic, status pages are included on every plan. You don't need a separate tool or an additional subscription. ### 2. Create Your Status Page In your monitoring dashboard: 1. Navigate to Status Pages 2. Click "Create Status Page" 3. Give it a name (e.g., "Monitoristic Status" or "YourApp Status") 4. Choose a URL slug (e.g., `status.yourapp.com` or `yourapp.monitoristic.com`) ### 3. Add Your Monitors Select which monitors should appear on the status page. Include the services your users interact with directly. Leave out internal monitoring that would just create noise. ### 4. Share with Your Users Once your status page is live, make it easy to find: - **Link from your footer** — Add a "Status" link in your website footer - **Link from your help center** — Include it in your support documentation - **Reference in outage communications** — When you email users about an incident, link to the status page for updates - **Add to your error pages** — Your 500 and 503 error pages should link to the status page ### 5. Keep It Updated During Incidents A status page that shows "Operational" during an obvious outage is worse than having no status page at all. When incidents occur: 1. **Acknowledge quickly** — Post an update within 5 minutes of detection 2. **Update regularly** — Every 15-30 minutes until resolved, even if it's just "still investigating" 3. **Be specific** — "We've identified the issue as a database connection problem and are working on a fix" is better than "We're looking into it" 4. **Post a resolution** — When the issue is fixed, update the status page and include a brief summary ## Best Practices ### Be Honest About Your Status Don't hide incidents. Users will notice downtime whether you acknowledge it or not. The question is whether they find out from your status page or from their own frustration. ### Use Maintenance Windows When you have planned maintenance, schedule it on your status page in advance. This prevents false alarms and shows users you're proactive about communication. ### Don't Over-Segment Listing 30 individual microservices on your status page is overwhelming and unhelpful. Group related services into 4-6 components that match how users think about your product. ### Review and Iterate After each incident, review how the status page was used. Did you update it quickly enough? Were the updates clear? Did users still contact support? Use this feedback to improve your process. ## The Minimum Viable Status Page If you're just starting out, don't overthink it. The minimum viable status page needs: 1. A list of your main services with current status 2. An uptime history bar 3. A way to post incident updates You can always add more detail later. The important thing is having something live that your users can check. ## Getting Started With Monitoristic, setting up a status page takes about two minutes. Status pages are included on every plan — no add-ons, no extra cost. Add your monitors, create a page, and share the link. Your users will thank you the next time something goes wrong. And if nothing goes wrong? The status page still builds trust by showing your uptime track record every single day. Want to understand what a status page is and why it matters? Read our explainer on [what a status page is and why your users need one](/blog/what-is-a-status-page). Running a SaaS product? See how status pages fit into a broader [SaaS monitoring strategy](/for/saas). And once your status page is live, pair it with [maintenance windows](/blog/how-to-use-maintenance-windows) to keep it accurate during planned downtime. --- # How to Set Up Telegram Alerts for Website Downtime > Step-by-step guide to receiving instant Telegram notifications when your website goes down. Set up a bot, connect it to Monitoristic, and never miss an outage. *Source: https://monitoristic.com/blog/how-to-set-up-telegram-alerts-for-downtime* --- Email notifications are easy to miss. SMS costs money. Slack is full of noise. For many developers, Telegram is where messages actually get read — instantly, on every device. Here's how to set up Telegram alerts for your website downtime using Monitoristic. ## Why Telegram for Monitoring Alerts Before we get into the setup, here's why Telegram works well for uptime alerts: - **Instant delivery** — messages arrive in seconds, not minutes - **Works everywhere** — desktop, mobile, web, even Apple Watch - **Free** — no per-message charges like SMS - **Quiet when you want it** — mute non-critical channels, keep alerts unmuted - **Group support** — share alerts with your team in a group chat Most developers already have Telegram installed. Adding monitoring alerts takes about 5 minutes. ## What You'll Need 1. A Telegram account 2. A Monitoristic account (any plan — Telegram is included on all plans) 3. About 5 minutes ## Step 1: Create a Telegram Bot Every alert comes from a Telegram bot. Creating one is simple: 1. Open Telegram and search for **@BotFather** 2. Send `/newbot` 3. Choose a name for your bot (e.g., "My Uptime Alerts") 4. Choose a username (must end in `bot`, e.g., `mysite_uptime_bot`) 5. BotFather will give you a **bot token** — a long string that looks like `123456789:ABCdefGHIjklMNOpqrsTUVwxyz` Save this token. You'll need it in the next step. ## Step 2: Get Your Chat ID The bot needs to know where to send messages. That's your chat ID. **For personal alerts:** 1. Search for **@userinfobot** on Telegram 2. Send it any message 3. It replies with your chat ID (a number like `123456789`) **For team alerts (group chat):** 1. Create a new Telegram group 2. Add your bot to the group 3. Add **@RawDataBot** to the group temporarily 4. It will post a message containing the group chat ID (a negative number like `-1001234567890`) 5. Remove @RawDataBot from the group — you only needed it once ## Step 3: Connect in Monitoristic 1. Log in to your Monitoristic dashboard 2. Go to **Settings → Notifications** 3. Click **Connect Telegram** 4. Enter your bot token and chat ID 5. Click **Send Test** to verify — you should receive a test message in Telegram 6. Save the channel That's it. Your Telegram bot is now connected. ## Step 4: Assign to Monitors By default, new notification channels apply to all your monitors. You can also configure which monitors use which channels: 1. Go to any monitor's settings 2. Under **Notification Channels**, select your Telegram channel 3. Save ## What Alerts Look Like When your site goes down, you'll receive a message like: ``` 🔴 Monitor Down api.example.com is DOWN Status: 503 Checked at: 2026-05-05 14:23 UTC ``` When it recovers: ``` 🟢 Monitor Recovered api.example.com is back UP Downtime: 4 minutes Checked at: 2026-05-05 14:27 UTC ``` During scheduled maintenance: ``` 🟡 Maintenance Started api.example.com maintenance has begun Window: 2026-05-05 22:00 - 23:00 UTC ``` ## Tips for Managing Alert Noise - **Pin the bot chat** so you always see it in your chat list - **Use separate groups** for production vs staging alerts - **Mute staging alerts** during work hours, keep production unmuted - **Use Telegram's notification settings** to set custom sounds for the bot — make downtime alerts distinct from regular messages ## Troubleshooting **Bot doesn't send messages:** - Make sure you started a conversation with the bot first (send `/start`) - Verify the bot token hasn't been regenerated in BotFather - Check that the chat ID matches (personal ID for DMs, group ID for group chats) **Messages go to the wrong chat:** - Double-check the chat ID. Personal IDs are positive numbers, group IDs are negative - If you moved the bot to a different group, the old chat ID won't work **Want to switch from personal to group alerts:** - Create a new notification channel with the group chat ID - You can keep both — personal alerts for critical monitors, group alerts for everything else ## What About Other Notification Channels? Monitoristic also supports webhooks, which let you send alerts to any HTTP endpoint — including Slack, Discord, Microsoft Teams, or your own custom system. Check our [webhook integration guide](/docs/webhooks) for details. Email notifications and additional integrations are coming soon. ## Get Started Setting up Telegram alerts takes 5 minutes and costs nothing extra. Every Monitoristic plan includes Telegram notifications — from Lite at $5/month to Business at $30/month. Your website is too important to monitor without instant alerts. Set it up today. For a deeper dive into the setup process and troubleshooting, see our full [Telegram integration documentation](/docs/telegram). New to Monitoristic? Start with our [guide to setting up your first monitor](/docs/setting-up-monitor). ## Related Reading - [How to Set Up Webhook Alerts for Downtime](/blog/how-to-set-up-webhook-alerts-for-downtime) — alerts for Slack, Discord, and beyond - [Webhook Integration](/docs/webhooks) — the full webhook reference - [What to Do When Your Website Goes Down](/blog/what-to-do-when-your-website-goes-down) — what to do once the alert fires - Learn the terms: [alert](/glossary/alert), [incident](/glossary/incident), and [downtime](/glossary/downtime) --- # How to Set Up Uptime Monitoring (Step-by-Step for Beginners) > Never set up monitoring before? This beginner's guide walks you through it end to end — what to monitor, how to configure checks, and how to get alerts that actually reach you. *Source: https://monitoristic.com/blog/how-to-set-up-uptime-monitoring* --- If you've never set up uptime monitoring before, it can sound more technical than it is. There's no code to write, nothing to install, and no server access required. If you have a URL and two minutes, you can have monitoring running. This guide walks you through the whole process from scratch — what monitoring actually does, what to monitor first, how to configure it, and how to make sure alerts actually reach you when something breaks. ## What Uptime Monitoring Actually Does Uptime monitoring is simple at its core: a service outside your website sends a request to your site at regular intervals and checks whether it responds correctly. If it does, nothing happens. If it doesn't, you get an alert. That's it. The monitoring service acts like a robot visitor that checks your site every few minutes, 24/7, and taps you on the shoulder the moment something's wrong. Because the monitor runs on separate infrastructure — not on your server — it works even when your entire site is down. That's the key advantage over checking things yourself or relying on a plugin installed on your site. ## Step 1: Decide What to Monitor First Don't try to monitor everything at once. Start with the single most important URL on your site. For most people, that's one of: - **Your homepage** — the most visible page; if it's down, everyone notices - **Your main app URL** — if you run a web app, the dashboard or login page - **Your most important landing page** — if you're running ads or campaigns to a specific page Pick one. You'll add more later. Starting with one monitor keeps the setup simple and lets you understand how everything works before scaling up. ## Step 2: Create Your First Monitor Setting up a monitor means giving the tool a few pieces of information. Here's what each one means: **URL** — the full address you want to check, including `https://`. For example, `https://yourdomain.com`. **Check interval** — how often the monitor checks your site. For your first monitor, [5 minutes](/blog/how-to-choose-the-right-check-interval) is a sensible default. It catches any real outage without being aggressive. **Expected status code** — the HTTP response that means "everything's fine." For almost every website, this is **200** (which means "OK"). Don't change this unless you know your endpoint returns something different. **HTTP method** — leave this as **GET** unless you have a specific reason to change it. GET is what a browser uses to load a page. **Timeout** — how long the monitor waits for a response before considering the site down. The default (usually 5-30 seconds) is fine. In [Monitoristic](/docs/setting-up-monitor), you enter the URL, pick the interval, and the rest is pre-filled with sensible defaults. You can start with just the URL. ## Step 3: Set Up Alerts (The Most Important Step) A monitor that detects downtime but doesn't tell you is useless. Setting up alerts is the step people skip — and then wonder why they still find out about outages from customers. You have two main options: **Telegram** — the fastest way to get personal alerts on your phone. You connect a Telegram bot, and downtime alerts arrive as messages instantly. Free, reliable, and works anywhere you have the app. See our [Telegram setup guide](/docs/telegram). **Webhooks** — more flexible. A webhook sends structured data to any URL you specify, so you can route alerts to Slack, Discord, your own backend, or an automation tool. Better for teams. See our [webhook guide](/docs/webhooks). For your first setup, Telegram is the easiest. You'll get a message the moment your site goes down and another when it recovers. **Don't skip this step.** A monitor without alerts is just a dashboard you have to remember to check — which defeats the entire purpose. ## Step 4: Verify It's Working Once your monitor is set up, confirm everything works: 1. **Check the dashboard** — your monitor should show as "up" with a recent check timestamp 2. **Test your alert channel** — most tools have a "send test notification" button; use it to confirm alerts reach your phone 3. **Wait for a few check cycles** — after 10-15 minutes, you should see a history of successful checks If your alert test doesn't arrive, fix that now. It's much better to discover a broken alert during setup than during an actual outage. ## Step 5: Add Your Other Critical Endpoints Now that your first monitor works, add the other pages that matter. Each one gets its own monitor so you know exactly what's affected when something breaks. Common additions: - **Login page** — if users log in, a broken login blocks everyone - **Checkout / payment page** — for [e-commerce](/for/e-commerce), this is the most revenue-critical URL - **API endpoints** — if you have an [API](/blog/http-vs-api-monitoring), monitor it separately from your website - **Key third-party dependencies** — services you rely on, like [Stripe](/monitor/stripe) or [your database provider](/monitor/supabase) For revenue-critical endpoints like checkout, consider a [faster check interval](/blog/how-to-choose-the-right-check-interval) (1-2 minutes) so you catch problems sooner. ## Step 6: Set Up a Status Page (Optional but Recommended) A [status page](/blog/what-is-a-status-page) is a public page where your users can check if your service is up. Instead of emailing you "is the site down?", they check the page. This does two things: - Reduces support load during outages - Builds trust by being transparent about your uptime Most monitoring tools, including Monitoristic, let you create a status page from your existing monitors in a couple of clicks. ## Step 7: Configure Maintenance Windows When you do planned work — deploying updates, migrating servers, upgrading plugins — your site might go down intentionally. Without a [maintenance window](/blog/how-to-use-maintenance-windows), your monitor will fire false alerts and your status page will show an outage. Setting a maintenance window tells your monitor "expect downtime during this period, don't alert." It keeps your alerts meaningful and your uptime stats accurate. ## Common Beginner Mistakes to Avoid **Monitoring only the homepage.** Your homepage can be up while your checkout or login is broken. Monitor each critical endpoint separately. **Skipping alerts.** The #1 mistake. A monitor with no alerts is just a dashboard. Set up Telegram or webhooks immediately. **Setting the interval too long.** A 30-minute check interval means a 25-minute outage could go undetected. For anything important, use 5 minutes or less. **Monitoring the wrong status code.** If your page returns a 301 redirect or a 403 for unauthenticated requests, expecting a 200 will cause false alerts. Match the expected code to what your endpoint actually returns. **Forgetting maintenance windows.** Deploying without a maintenance window floods you with false alerts and trains you to ignore notifications. ## You're Done That's the whole process. To recap: 1. Pick your most important URL 2. Create a monitor with a 5-minute interval and expected status 200 3. **Connect an alert channel (Telegram or webhook)** 4. Verify it works with a test alert 5. Add your other critical endpoints 6. Set up a status page 7. Use maintenance windows for planned downtime The entire thing takes a few minutes, and from that point on, you'll know about every outage the moment it happens — instead of hours later from an angry customer. [Set up your first monitor →](https://app.monitoristic.com/register) --- # How to Set Up Webhook Alerts for Website Downtime > Learn how to connect your uptime monitor to any service using webhooks. Route downtime alerts to Slack, Discord, PagerDuty, or your own backend with a simple HTTP endpoint. *Source: https://monitoristic.com/blog/how-to-set-up-webhook-alerts-for-downtime* --- [Telegram alerts](/blog/how-to-set-up-telegram-alerts-for-downtime) are the fastest way to get personal downtime notifications on your phone. But what if you need alerts in a team Slack channel? Or you want to log every incident to a database? Or trigger an automated response when your site goes down? That's what webhooks are for. A webhook is a simple concept: when something happens (your site goes down), your monitoring tool sends an HTTP POST request to a URL you specify. What happens at that URL is up to you. It could be a Slack channel, a Discord server, a PagerDuty integration, or your own custom backend. Here's how to set it up. ## What You Need - An uptime monitoring tool that supports webhooks ([Monitoristic](https://monitoristic.com) includes webhooks on all plans) - A destination URL — either from a service like Slack/Discord, or your own HTTP endpoint That's it. No SDKs, no libraries, no API keys to manage. ## Step 1: Get Your Webhook URL Where your alerts end up depends on what you're connecting to. ### Slack 1. Open your Slack workspace and go to the channel where you want alerts 2. Go to **Settings & administration > Manage apps > Incoming Webhooks** 3. Click **Add New Webhook to Workspace** 4. Select the channel and authorize 5. Copy the webhook URL — it looks like `https://hooks.slack.com/services/T.../B.../xxx` ### Discord 1. Open your Discord server and go to the channel settings 2. Navigate to **Integrations > Webhooks** 3. Click **New Webhook** 4. Name it something like "Uptime Alerts" and copy the URL 5. Append `/slack` to the URL to use Slack-compatible formatting — Discord supports this natively ### Your Own Endpoint If you're routing to a custom backend, you need an HTTP endpoint that: - Accepts POST requests - Parses JSON from the request body - Returns a 2xx status code to confirm receipt A minimal example in Node.js: ```javascript app.post('/webhook/downtime', (req, res) => { const { monitor, status, timestamp } = req.body; // Log it, notify your team, trigger a runbook console.log(`${monitor} is ${status} at ${timestamp}`); res.sendStatus(200); }); ``` ## Step 2: Add the Webhook to Your Monitor In [Monitoristic](https://monitoristic.com), go to your dashboard and navigate to **Notification Channels > Add Webhook**: 1. **Name**: Give it a label you'll recognize — "Slack #engineering" or "PagerDuty Prod" 2. **URL**: Paste the webhook URL from Step 1 3. **Headers** (optional): Add custom headers if your endpoint requires authentication, like `Authorization: Bearer your-token` Save it, and the webhook is active. Every monitor you create can be connected to this notification channel. For the full technical reference — payload structure, headers, timeout behavior — see the [webhook documentation](/docs/webhooks). ## Step 3: Understand the Payload When a monitor triggers, the webhook sends a JSON payload with everything you need to act on the incident: - **Monitor name and URL** — which site is affected - **Status** — whether it's down or recovered - **HTTP status code** — what the failed check returned (500, 503, timeout, etc.) - **Timestamp** — exactly when the event occurred - **Response time** — how long the check took before failing This structured data is what makes webhooks powerful. Instead of a plain text message, you get machine-readable data you can parse, filter, and route however you want. ## Common Webhook Setups ### Team alerts in Slack or Discord The most common setup. Route all downtime alerts to a dedicated channel so the whole team sees them. No one needs to check a dashboard — the alert comes to where the team already works. ### Escalation chains Send webhooks to a service like PagerDuty or Opsgenie. They handle on-call routing, escalation rules, and acknowledgment tracking. Your monitoring tool detects the problem; the incident management tool makes sure the right person responds. ### Custom logging Send every alert to your own API and log it to a database. Build your own incident history, generate monthly reports, or feed the data into an internal dashboard. Useful if you need audit trails or SLA compliance records. ### Automated responses Trigger automated actions when a site goes down. Restart a service, spin up a failover, clear a cache, or roll back a deployment. The webhook is just the trigger — your automation layer handles the rest. ## Webhooks vs. Other Notification Methods | | Webhooks | Telegram | Email | |---|---|---|---| | **Setup time** | 5 minutes | 2 minutes | 1 minute | | **Best for** | Team workflows, integrations, automation | Personal mobile alerts | Low-urgency awareness | | **Flexibility** | Route to any HTTP endpoint | Telegram only | Inbox only | | **Machine-readable** | Yes (JSON) | No | No | | **Custom automation** | Yes | No | No | Most teams use a combination. [Telegram](/docs/telegram) for personal phone alerts when you're on call. Webhooks for the team channel and automated workflows. They complement each other. ## Tips for Reliable Webhook Alerting **Test before you need it.** Don't wait for a real outage to find out your webhook URL has a typo. Most monitoring tools let you send a test notification — use it. **Monitor your monitoring.** If your webhook endpoint is down when your site goes down, you won't get the alert. Route critical alerts to at least two channels — a webhook and Telegram, for example. **Keep payloads small.** If you're building a custom endpoint, process the webhook data asynchronously. Accept the request, return 200 immediately, then handle the logic in the background. Slow responses can cause timeout issues. **Use meaningful channel names.** When you have five webhook channels named "Webhook 1" through "Webhook 5," debugging which one stopped working is painful. Name them by destination: "Slack Ops," "PagerDuty Prod," "Custom Logger." ## Get Started Webhooks turn your uptime monitor from a passive checker into an active part of your incident response workflow. Set one up in [Monitoristic](https://monitoristic.com) — it takes five minutes, and every plan includes unlimited webhook channels. If you're looking for something simpler, start with [Telegram alerts](/blog/how-to-set-up-telegram-alerts-for-downtime). You can always add webhooks later as your workflow grows. --- # How to Use Maintenance Windows to Prevent False Alerts > Learn how to schedule maintenance windows for planned downtime. Suppress false alerts, keep your status page accurate, and notify your team automatically. *Source: https://monitoristic.com/blog/how-to-use-maintenance-windows* --- You're about to deploy a database migration. Or rotate SSL certificates. Or update your server infrastructure. You know the site will be briefly unavailable. The last thing you need is your monitoring tool flooding your team with "SITE DOWN" alerts for planned downtime. That's what maintenance windows are for. ## What Is a Maintenance Window? A maintenance window is a scheduled period during which monitoring alerts are suppressed for selected monitors. The monitoring continues — checks still run, response times are still recorded — but no downtime notifications are sent. Your status page also reflects the maintenance state, showing "Scheduled Maintenance" instead of an outage. Users who check your status page see planned downtime, not an unexpected incident. ## Why Maintenance Windows Matter ### Prevent Alert Fatigue If your team gets alerted every time you deploy, they start ignoring alerts. When a real outage happens at 3 AM, the alert gets treated like another deploy notification. Alert fatigue is one of the most common causes of slow incident response. Maintenance windows keep your alerts meaningful. Every alert that fires is a real problem worth investigating. ### Keep Your Status Page Honest Without maintenance windows, a planned deploy looks identical to an outage on your status page. Your users see red dots and "Monitor Down" indicators. Some will file support tickets. Others will worry about your reliability. With a maintenance window, the status page shows a clear "Maintenance" state with your scheduled time. Users know the downtime is intentional and temporary. ### Maintain Clean Incident History Every unplanned outage should be tracked as an incident. But planned downtime isn't an incident — it's an expected event. Without maintenance windows, your incident history fills up with false incidents that dilute the signal. Clean incident data helps you measure real uptime and identify actual reliability issues. ## How to Schedule a Maintenance Window in Monitoristic 1. Go to your **Dashboard → Maintenance** 2. Click **Schedule Maintenance** 3. Set the details: - **Title** — e.g., "Database migration" or "SSL certificate renewal" - **Start time** — when maintenance begins - **End time** — when you expect it to finish - **Affected monitors** — select which monitors to suppress alerts for 4. Save When the maintenance window starts: - Alerts are suppressed for the selected monitors - Your status page shows "Maintenance" for those monitors - Connected notification channels receive a maintenance start notification When the window ends: - Normal alerting resumes - Your status page returns to normal - A maintenance completed notification is sent ## Best Practices ### Schedule Maintenance During Low-Traffic Hours Check your analytics for the quietest hours. For most B2B SaaS products, late evening or early morning in your primary market's timezone works well. For global services, there's never a perfect time — pick the least bad option and communicate clearly. ### Set Realistic Time Windows Add buffer time. If you think a migration will take 30 minutes, schedule a 60-minute window. It's better to end maintenance early than to extend it. Extending a window mid-maintenance means your alerts were suppressed but now need to fire — and your team may have already moved on. ### Communicate in Advance Your status page will show scheduled maintenance, but proactive communication is better. Consider notifying affected users via email or in-app message before the window opens. "We're performing scheduled maintenance tonight from 10 PM to 11 PM UTC. Some services may be briefly unavailable." ### Use Descriptive Titles "Maintenance" tells users nothing. "Database migration — API may be slow for 15 minutes" tells them exactly what to expect. Good maintenance titles reduce support tickets. ### Review After Every Window After maintenance completes, check your monitors. Did everything come back up cleanly? Are response times normal? A quick post-maintenance review catches issues before your users notice them. ## Maintenance Windows vs. Pausing Monitors Some teams pause their monitors entirely during maintenance. This works, but you lose visibility: | | Maintenance Window | Pausing Monitor | |---|---|---| | Checks still run | Yes | No | | Alerts suppressed | Yes | Yes | | Response times recorded | Yes | No | | Status page shows maintenance | Yes | Shows nothing | | Auto-resumes alerting | Yes | Must manually unpause | Maintenance windows are better because they maintain visibility. If your maintenance causes an unexpected issue — say, the site doesn't come back up — the checks still run and will detect it once the window closes. ## Common Scenarios **Deploy window**: Schedule 15-30 minutes around your deployment time. If deploys are frequent (multiple per day), consider increasing your check interval during peak deploy hours instead. **Infrastructure migration**: Schedule a longer window (1-4 hours). Include all monitors that could be affected, not just the ones you think will be impacted. **SSL renewal**: Usually quick (under 5 minutes of actual downtime), but schedule 15-30 minutes to account for certificate propagation. **Database maintenance**: Schedule based on your database provider's maintenance window. Add 15 minutes of buffer on each end. ## Available on Every Plan Maintenance windows are included on all Monitoristic plans — Lite, Pro, and Business. There's no reason to skip them, even on the smallest plan. Set up your first maintenance window before your next deploy. Your team's alert fatigue will thank you. For more on keeping your alerts meaningful, see our guide on [how to reduce alert fatigue in monitoring](/blog/how-to-reduce-alert-fatigue-in-monitoring). Running an e-commerce store? Maintenance windows are especially critical during high-traffic periods — see our [e-commerce monitoring guide](/for/e-commerce) for timing best practices. New to Monitoristic? Start with our [guide to setting up your first monitor](/docs/setting-up-monitor), then connect alerts via [Telegram](/docs/telegram) or [webhooks](/docs/webhooks). ## Related Reading - [What Happens When Your Website Goes Down](/blog/what-happens-when-your-website-goes-down) — the anatomy of an outage - [How to Read an Uptime Report](/blog/how-to-read-an-uptime-report) — make sense of your numbers - [What to Do When Your Website Goes Down](/blog/what-to-do-when-your-website-goes-down) — a practical response checklist - Learn the terms: [maintenance window](/glossary/maintenance-window), [incident](/glossary/incident), and [uptime](/glossary/uptime) --- # HTTP vs API Monitoring: What's the Difference? > HTTP monitoring checks if a page loads. API monitoring checks if your backend actually works. Learn when you need each and how to set them up. *Source: https://monitoristic.com/blog/http-vs-api-monitoring* --- You set up monitoring for your website. The dashboard shows a green dot and "200 OK." Everything's fine, right? Maybe. That green dot tells you the page loaded. It doesn't tell you whether your login endpoint is broken, your payment API is timing out, or your search returns empty results on every query. That's the gap between HTTP monitoring and API monitoring. They look similar on the surface, but they catch very different problems. ## HTTP Monitoring: Is the Page There? HTTP monitoring is the simplest form of uptime checking. It sends a request to a URL and checks two things: 1. **Did the server respond?** (Or did the request time out?) 2. **Was the status code what we expected?** (Usually 200) That's it. If your homepage returns a 200, the check passes. If it returns a 500 or doesn't respond at all, you get an alert. **What it catches:** - Server is completely down - DNS failures - SSL certificate errors - Hosting provider outages - Deployment broke the page (returns 500) **What it misses:** - The page loads, but login is broken - The page returns 200, but the content is wrong - A backend service crashed, but the frontend still renders a cached shell - The API behind the page is returning errors that only logged-in users would see HTTP monitoring answers one question: **can a browser reach this URL?** For landing pages, marketing sites, and static content, that's often enough. ## API Monitoring: Does the Backend Work? API monitoring goes deeper. Instead of just checking "did the server respond," it validates that your backend is actually doing its job. A proper API monitor can: - Send requests with specific **HTTP methods** (GET, POST, PUT, DELETE) - Expect a specific **status code** (not just any 2xx — exactly 201 for a creation endpoint) - Check **response time** against a threshold - Validate that the response contains expected data **What it catches (that HTTP monitoring doesn't):** - Authentication endpoint returns 401 when it shouldn't - Payment API is timing out while the homepage loads fine - Database is down, causing 500s on data endpoints while static pages still work - Third-party integration failures (payment processor, email service) - Slow queries making your API unusable even though it technically responds ## When HTTP Monitoring Is Enough HTTP monitoring covers you when: - You're monitoring a **marketing site or landing page** with no dynamic backend - You need a basic **"is it up?"** check for a service you don't control - You're monitoring **third-party services** you depend on (your payment provider's status page, your CDN) - You want a simple availability check as a **baseline** alongside deeper monitoring If your entire business runs on a static site with no user accounts, no forms, and no API calls, HTTP monitoring is all you need. ## When You Need API Monitoring You need API monitoring when: - Your application has **user authentication** — can people actually log in? - You process **payments or transactions** — is the checkout flow working end to end? - Your frontend talks to a **backend API** — a broken API behind a working page is invisible to HTTP monitoring - You rely on **third-party APIs** — if Stripe's API is down, your payment flow is broken even if your server is fine - You need to validate **response correctness**, not just reachability For most SaaS products, web apps, and e-commerce sites, API monitoring isn't optional — it's where the real failures hide. ## Setting Up Both: A Practical Approach Here's a straightforward monitoring setup for a typical web application: ### HTTP Monitors (the basics) - **Homepage** — GET, expect 200, 2-minute interval - **Login page** — GET, expect 200, 2-minute interval - **Public status page** — GET, expect 200, 5-minute interval ### API Monitors (the critical paths) - **Auth endpoint** — POST to `/api/auth/login` with test credentials, expect 200, 1-minute interval - **Health check** — GET to `/api/health`, expect 200, 1-minute interval - **Key data endpoint** — GET to your most important API route, expect 200, 2-minute interval ### What to Set as Your Threshold Response time thresholds matter more for API monitors than HTTP monitors. A marketing page that loads in 800ms is fine. An API endpoint that takes 800ms to respond will make your entire app feel sluggish. Set your [slow response threshold](/docs/setting-up-monitor) based on what your users experience: - **API endpoints**: 500ms is a reasonable upper limit - **Web pages**: 1-2 seconds before it impacts user experience - **Internal tools**: More forgiving — 2-3 seconds is usually acceptable ## The Real Difference Is What Breaks Without You Knowing HTTP monitoring tells you when the building is on fire. API monitoring tells you when the plumbing is broken — the kind of problem where everything looks normal from the outside while users are silently hitting errors. Most outages that damage user trust aren't total server meltdowns. They're partial failures: the login flow breaks, the search returns stale data, the payment endpoint times out for 30% of requests. These are API-level problems that a simple HTTP check will never detect. Start with HTTP monitoring for visibility. Add API monitoring for the endpoints that matter most to your business. The combination gives you coverage that either one alone can't provide. For a deeper comparison of active vs passive approaches, see [synthetic monitoring vs real user monitoring](/blog/synthetic-monitoring-vs-real-user-monitoring). And if your API checks pass but users still complain about slowness, the issue might be [response time degradation](/blog/the-true-cost-of-a-slow-website) — a problem that hides behind a 200 OK. ## Related Reading - [What Is API Monitoring?](/blog/what-is-api-monitoring) — a deeper look at endpoint monitoring - [How to Monitor an API Endpoint](/blog/how-to-monitor-an-api-endpoint) — step-by-step setup - [Setting Up Your First Monitor](/docs/setting-up-monitor) — every monitor setting explained - Learn the terms: [HTTP monitoring](/glossary/http-monitoring), [API monitoring](/glossary/api-monitoring), and [response time](/glossary/response-time) --- # Monitoring for Solo Developers: A Minimal Setup > You don't need an enterprise monitoring stack to know when your app is down. Here's the minimum setup that actually works for a solo developer. *Source: https://monitoristic.com/blog/monitoring-for-solo-developers* --- You shipped something. It's live, it's real, and exactly one person is responsible for keeping it that way: you. Maybe it's a SaaS app, maybe it's a client project, maybe it's a side project that's quietly picking up users. Whatever it is, it's running on infrastructure you don't fully control, serving people you've never met, at hours you're usually asleep. The gap between "it's deployed" and "I know when it breaks" is where solo developers lose sleep — and sometimes lose users. The good news is that closing that gap doesn't require an ops team or a monitoring budget that looks like a car payment. [Uptime monitoring](/glossary/uptime-monitoring) has gotten simpler, cheaper, and faster to set up than most people realize. Here's the minimum setup that actually works. ## Why solo devs skip monitoring There are a handful of reasons solo developers skip monitoring entirely. All of them sound reasonable, and none of them hold up. **"I'll just check it manually."** You won't. You'll check it for a few days after launch, then life happens. You'll forget. Your app will go down at 3 AM on a Tuesday, and you'll find out from a user complaint — or worse, from a tweet. Manual checking is a discipline that doesn't survive contact with a normal schedule. **"My platform handles it."** Vercel, Netlify, Railway, Render — they all have status pages. Those pages report *their* outages, not yours. If your deployment has a bug that returns a 500, if your environment variables got wiped during a redeploy, if a third-party API your app depends on went sideways — the platform status page will show green while your app is broken. An external monitor catches what the platform can't see. **"It's not big enough to need monitoring."** Your first 10 users care about [downtime](/glossary/downtime) just as much as your first 10,000. Arguably more — early users are the ones deciding whether to trust your product. Losing them to preventable, unnoticed outages is one of the most avoidable mistakes a solo developer can make. **"Monitoring tools are for ops teams."** They used to be. Five years ago, setting up monitoring meant configuring Nagios or wrestling with Prometheus dashboards. Today, you can have a working monitor running in less time than it takes to set up a new Git repo. The tooling caught up. ## The minimum viable monitoring setup You don't need to monitor every page, every endpoint, and every background job from day one. You need three things. **Your main URL.** The homepage, the landing page, whatever the primary entry point is. If this returns anything other than a 200, your entire app is effectively down for anyone trying to find you. This is the most basic check and the one that catches the most problems. **Your API or health endpoint.** If your app has a backend, add a `/api/health` or `/healthz` endpoint that does something real — connect to the database, verify a cache connection, confirm the app can actually serve requests. A health endpoint that just returns `{ "status": "ok" }` without touching any dependencies is better than nothing, but one that proves the system is actually functional is the single most valuable check you can add. **Any critical integration.** If your app depends on receiving webhooks (Stripe payment callbacks, GitHub events, a form submission processor), monitor that receiving endpoint separately. If a cron job or scheduled task is essential to your app's function — sending emails, processing queues, generating reports — monitor the endpoint or URL that triggers it. These are the things that fail silently. Your homepage can be perfectly healthy while your payment processing has been broken for six hours. That's it. Three monitors cover 90% of solo projects. You can always add more later when you actually need them. ## What to look for in a tool Keep it simple. For a solo developer, you need exactly four features: **HTTP checks at a reasonable interval.** A 5-minute [check interval](/glossary/check-interval) is fine for the vast majority of side projects and solo SaaS apps. If you're unsure what interval makes sense for your situation, there's a straightforward way to think about it — read more on [choosing the right check interval](/blog/how-to-choose-the-right-check-interval). **Instant alerts to a channel you actually check.** This is where most setups fail. Email notifications are almost useless — they get buried, filtered, or ignored. You need alerts on something you'll see within minutes: Telegram, a phone push notification, SMS. If you've never set up Telegram as an alert channel before, it's easier than you'd expect — here's a walkthrough on [setting up Telegram alerts](/blog/how-to-set-up-telegram-alerts-for-downtime). **A status page.** Not for enterprise theater, but for a practical reason: when your app has issues, users will look for a way to check if it's just them or if something is actually wrong. A simple public status page saves you from a flood of "is it down?" messages and gives your users confidence that you're paying attention. **Maintenance windows.** When you're deploying, you don't want false alerts. A maintenance window silences checks for a defined period so you can push updates without your phone blowing up. It's a small feature that saves real frustration. Everything else — multi-region checks, APM, distributed tracing, synthetic transactions, complex escalation policies — is genuinely useful at scale. But it's premature for a solo project. Buy those capabilities when your traffic, revenue, or complexity actually demands them. ## Set it up in 10 minutes The specifics depend on the tool you choose, but the general workflow is the same whether you're using Monitoristic, UptimeRobot, Better Stack, or anything else. If you want a full step-by-step walkthrough, the guide on [how to set up monitoring](/blog/how-to-set-up-uptime-monitoring) covers this in detail. Here's the short version: 1. **Pick a monitoring tool.** Sign up. Most have a free tier or a trial. 2. **Add your main URL.** Set it to expect a 200 response. Give it a name you'll recognize in an alert at 3 AM ("Production — Homepage" is better than "Monitor 1"). 3. **Add a health endpoint** if you have one. Same deal — expect a 200, set a clear name. 4. **Set a 5-minute check interval.** This is the default for most tools and it's the right starting point. 5. **Connect alerts to Telegram or your phone.** Do this before anything else. A monitor without alerts is just a dashboard you'll never look at. 6. **Create a basic status page.** Add your monitors to it. Most tools generate a public URL automatically. 7. **Link the status page from your footer or docs.** This takes 30 seconds and makes it discoverable. You're done. The whole setup takes less time than debugging the CSS on your footer. ## The 3 AM rule Here's a practical filter for every alert you configure: would you get out of bed at 3 AM for this? If your homepage is down — yes, absolutely. If your API health check is failing — yes. If a single non-critical page is slow — probably not. Alerts that don't pass the 3 AM test should either be removed or downgraded to something you review in the morning. Solo developers can't afford alert fatigue. You're the entire on-call rotation. Every false alarm or low-priority notification trains your brain to ignore alerts, which means you'll eventually ignore a real one. This is worth thinking about carefully. If you're setting up monitoring for the first time and want a framework for deciding what deserves an alert and what doesn't, the guide on [reducing alert fatigue](/blog/how-to-reduce-alert-fatigue-in-monitoring) breaks this down in detail. ## What you don't need yet (and that's okay) Monitoring tools will try to sell you features you don't need yet. That's not a criticism — those features exist because larger teams genuinely need them. But a solo developer buying enterprise monitoring is like a food truck buying a warehouse kitchen. Here's what you can skip for now, guilt-free: **Multi-region checks.** These matter when your users are distributed globally and you need to confirm regional availability — a CDN edge failure in Asia, a DNS resolution issue in Europe. For most solo projects with users concentrated in one or two regions, a single check location tells you everything you need to know. **APM and distributed tracing.** Application Performance Monitoring and distributed tracing are essential when you have complex microservices talking to each other across multiple systems. If your app is a single binary, a monolith, or a straightforward frontend-backend pair, you don't need request-level tracing. Your server logs and a health check will catch the problems that actually affect your users. **30-second check intervals.** The difference between a 5-minute interval and a 30-second interval matters when 5 minutes of downtime costs thousands of dollars. For most side projects and early-stage products, 5 minutes is perfectly acceptable. You'll know about the problem fast enough to fix it before most of your users even notice. The point isn't that these features are bad. They're not. The point is that monitoring should be proportional to what you're running. Don't let it become a project of its own. Set it up, trust the alerts, and get back to building. ## Get started If you're a solo developer running anything in production — even a "small" side project — you owe it to yourself and your users to know when it breaks before they do. The setup is genuinely minimal. Three monitors, one alert channel, a status page, and you're covered. We built [Monitoristic](/) with exactly this kind of simplicity in mind. Check out the [setup guide](/docs/setting-up-monitor) to get your first monitor running in a few minutes, or take a look at the [pricing page](/pricing) to find a plan that fits what you're building. --- # Monitoristic v1: What You Get and What's Coming Next > A complete overview of what's included in Monitoristic v1 — HTTP monitoring, instant alerts, status pages, incident tracking, and more — plus an honest look at what's not here yet. *Source: https://monitoristic.com/blog/monitoristic-v1-what-you-get-and-whats-coming* --- We shipped Monitoristic v1. Not a beta, not an MVP with a disclaimer — a product we're confident enough to charge for and stand behind. This post is the full picture: what's included today, what's honestly not here yet, and where we're headed. If you're evaluating Monitoristic, this is everything you need to know in one place. ## What's Live Today ### HTTP Monitoring Monitor any URL that responds to HTTP requests. Websites, APIs, health check endpoints, admin panels — if it has a URL, you can monitor it. Each monitor is configurable: - **HTTP method**: GET, HEAD, or POST - **Expected status code**: Define what "healthy" means (200, 204, 301 — whatever your endpoint returns) - **Timeout**: How long to wait before marking a check as failed - **Request headers**: Add custom headers for authenticated endpoints - **Slow response threshold**: Get flagged when response times creep above your defined limit Check intervals depend on your plan: every 5 minutes (Lite), 2 minutes (Pro), or 1 minute (Business). All checks run from Cloudflare's global edge infrastructure. For a detailed walkthrough of each setting, see the [monitor setup guide](/docs/setting-up-monitor). ### Instant Alerts When a check fails, you get notified immediately. No batching, no digest emails, no waiting for the next check cycle. Two alert channels are available today: - **[Telegram](/docs/telegram)**: Messages sent directly to your phone via a bot you configure. Setup takes about 2 minutes. - **[Webhooks](/docs/webhooks)**: Send structured JSON payloads to any HTTP endpoint — Slack, Discord, PagerDuty, or your own backend. Unlimited webhook channels on every plan. Recovery notifications are automatic. When your site comes back up, you get a second alert confirming it's healthy again. ### Public Status Pages Give your users a place to check your system status without opening a support ticket. Each status page shows: - Current status of every monitor you choose to include - 30-day uptime history bar - Active and recent incidents - Your branding Share the URL with customers, embed it in your docs, or link it from your footer. It updates automatically — no manual publishing needed. Learn more about setting one up in [How to Set Up a Public Status Page](/blog/how-to-set-up-a-public-status-page). ### Incident Tracking Incidents are created automatically when a monitor goes down and resolved when it recovers. Every incident includes: - Start and end timestamps - Duration - Affected monitor - Full timeline of status changes You can also post manual updates to incidents — useful for communicating "we're investigating" or "fix deployed" to your team or users. Incidents appear on your status page automatically. ### Maintenance Windows Schedule planned downtime without triggering false alerts. Set a start time and duration, and Monitoristic pauses alerting for that monitor during the window. If maintenance runs longer than expected, auto-extension keeps the window open so you don't get false recovery/down alerts mid-deploy. More details in [How to Use Maintenance Windows](/blog/how-to-use-maintenance-windows). ### Response Time Tracking Every check records how long the response took. Over time, this builds a picture of your site's performance: - Spot gradual slowdowns before they become outages - Set slow response thresholds per monitor - Track response time trends to correlate with deployments or traffic changes A site that averages 200ms but starts creeping to 800ms after a deploy is telling you something — even if it's technically still "up." ## What's NOT Included Yet We'd rather be honest about gaps than have you find out after signing up. **Not available today:** - **Email alerts** — Coming next. Right now, Telegram and webhooks cover most use cases, but we know email is expected. - **Slack and Discord as native channels** — Currently possible via webhooks, but dedicated integrations with richer formatting are on the roadmap. - **Multi-region checks** — Checks currently run from a single edge location. Multi-region with location-aware alerting is planned. - **Custom domains for status pages** — Status pages use our domain today. Custom domain support (status.yourdomain.com) is coming. - **Public API** — No external API yet. It's on the roadmap for teams that want to manage monitors programmatically. We publish our roadmap on the [changelog page](/changelog) and update it as priorities shift based on user feedback. ## Pricing Three plans, every feature included on all of them: - **Lite** — $5/month: 5 monitors, 5-minute checks - **Pro** — $15/month: 20 monitors, 2-minute checks - **Business** — $30/month: 100 monitors, 1-minute checks Annual billing saves 20%. Every plan includes alerts, status pages, incident tracking, maintenance windows, and response time tracking. No features locked behind higher tiers. 14-day money-back guarantee, no questions asked. Full details at [monitoristic.com/pricing](/pricing). **Product Hunt supporters**: We're offering 20% off any plan as a thank-you. Use code at checkout — details on our [Product Hunt page](https://www.producthunt.com/products/monitoristic). ## What's Next Our immediate roadmap: 1. **Email alerts** — The most requested missing piece 2. **Custom domains for status pages** — Use your own domain for a branded experience 3. **Slack and Discord integrations** — Native channels with rich formatting 4. **Public API** — Programmatic monitor management We don't put dates on roadmap items. We ship when it's ready and we're confident in the quality. Follow the [changelog](/changelog) for updates. ## Built for Small Teams Monitoristic exists because every monitoring tool we evaluated was either free with painful limitations or expensive with features most teams never touch. We built the tool we wanted: simple setup, reliable alerts, transparent pricing, and nothing we wouldn't use ourselves. If you're a solo developer, a startup, an agency managing client sites, or a small team that just needs to know when things go down — that's exactly who we built this for. We're listening to every piece of feedback. Tell us what's working, what's missing, and what would make you switch from whatever you're using today. [Start monitoring →](https://app.monitoristic.com/register) --- # Monitoristic vs Better Stack: Which One Fits Your Budget? > Better Stack is a full observability platform. Monitoristic is focused uptime monitoring. Here's how they compare on pricing, features, and who each tool is actually built for. *Source: https://monitoristic.com/blog/monitoristic-vs-better-stack* --- Better Stack (formerly Better Uptime) and Monitoristic both monitor your website and alert you when it goes down. But they're built for very different audiences, at very different price points. Better Stack is a full observability platform — uptime monitoring is one piece of a larger product that includes log management, tracing, incident management, and on-call scheduling. Monitoristic is focused exclusively on uptime monitoring, built for small teams who want reliable checks and fast alerts without paying for features they won't use. Here's how they compare. ## Quick Comparison | Feature | Monitoristic | Better Stack | |---------|-------------|--------------| | Starting price | $5/month | Free (10 monitors) / $29/month | | Monitors (entry paid plan) | 5 | 50 | | Check interval | 5 min / 2 min / 1 min (by plan) | 3 min (free) / 30 sec (paid) | | Monitor types | HTTP | HTTP, TCP, DNS, SSL, Ping, and more | | Status pages | All plans | Free + paid | | Incident tracking | Built-in | Built-in + AI post-mortem | | Maintenance windows | All plans | Paid plans | | Notifications | Telegram, Webhooks | Email, SMS, Phone, Slack, and more | | Multi-location checks | Not yet | Yes | | On-call scheduling | No | Yes (paid) | | Log management | No | Yes (paid add-on) | | Infrastructure | Cloudflare edge | Proprietary multi-region | ## Pricing: The Real Difference This is where the comparison gets interesting. **Better Stack's free tier** gives you 10 monitors with 3-minute check intervals, 1 phone call alert, and a status page. It's genuinely useful for personal projects or early-stage products with a handful of endpoints. **Better Stack's paid tier** starts at $29/month (or $34/month billed monthly). This includes 50 monitors, 30-second check intervals, unlimited phone and SMS alerts, incident management, and on-call scheduling. Additional monitors cost about $0.21–0.25 each per month. **Monitoristic** starts at $5/month: - **Lite ($5/month):** 5 monitors, 5-min checks, 1 status page, 30-day retention - **Pro ($15/month):** 20 monitors, 2-min checks, 3 status pages, 90-day retention - **Business ($30/month):** 100 monitors, 1-min checks, 10 status pages, 90-day retention At the entry level, the price gap is stark: **$5/month vs $29/month**. Even Monitoristic's Business plan at $30/month — with 100 monitors and 1-minute checks — costs roughly the same as Better Stack's entry paid tier with 50 monitors. The tradeoff is clear: Better Stack includes more features at a higher price. Monitoristic includes fewer features at a lower price. The question is which features you actually need. ## Features: What You Get and What You Don't ### Where Better Stack Wins **Monitor types**: Better Stack supports HTTP, TCP, UDP, DNS, SSL, Ping, SMTP, POP3, IMAP, and TLD expiration monitoring. Monitoristic currently offers HTTP monitoring only (more types are on the [roadmap](/changelog)). **Check frequency**: Better Stack's paid plans go down to 30-second checks. Monitoristic's fastest is 1-minute on the Business plan. **Notifications**: Better Stack offers unlimited phone calls, SMS, email, Slack, Microsoft Teams, PagerDuty, and more. Monitoristic supports [Telegram](/docs/telegram) and [webhooks](/docs/webhooks) (which can route to Slack, Discord, and custom endpoints). Email and Slack native integrations are coming. **Multi-location checks**: Better Stack monitors from multiple geographic locations simultaneously. Monitoristic doesn't offer multi-region checks yet. **On-call scheduling**: Better Stack includes on-call rotations and escalation policies. Monitoristic has no on-call management. **AI features**: Better Stack includes AI-powered post-mortem analysis and an AI SRE assistant. Monitoristic has no AI features. ### Where Monitoristic Holds Its Own **All features on every plan**: Status pages, incident tracking, maintenance windows, and response time tracking are included on every plan — including the $5 Lite plan. Better Stack's free tier includes a status page, but maintenance windows and some incident features require a paid plan. **Simpler pricing**: Three flat-rate plans. No per-monitor add-on costs, no usage-based billing, no responder licenses. You know exactly what you'll pay every month. **Focused product**: Monitoristic does one thing — uptime monitoring — and does it without complexity. There's no learning curve for log management, tracing, or on-call configuration. Set up a monitor, get alerts, share a status page. Done. ## Who Should Choose What? **Choose Better Stack if:** - You need a full observability platform (logs, traces, incidents, on-call) - You require multi-location monitoring for geographic reliability - You need SMS or phone call alerts for critical on-call workflows - You need to monitor TCP, DNS, SSL, Ping, or other non-HTTP protocols - You have the budget for $29+/month and will use the advanced features - You want AI-powered incident analysis **Choose Monitoristic if:** - You need reliable uptime monitoring without paying for an observability suite - Your budget is tight and $5–15/month is more realistic than $29+/month - You want all features included on every plan — no feature gating, no add-on costs - Telegram and webhook alerts cover your notification needs - You're monitoring HTTP endpoints (websites, APIs, dashboards, health checks) - You value simplicity — fewer features, less configuration, less noise ## The Honest Assessment Better Stack is the objectively more powerful product. It monitors more protocols, checks from more locations, alerts through more channels, and includes tools (logs, traces, on-call) that Monitoristic doesn't offer. If your team needs a unified observability platform and can justify $29/month per responder, Better Stack delivers real value. But power isn't always what you need. Many small teams, solo developers, and bootstrapped startups need uptime monitoring — not an observability platform. They need to know when their site goes down, see response time trends, and share a status page with users. They don't need log ingestion, trace analysis, or on-call scheduling. For those teams, paying $29/month for features they'll never touch doesn't make sense. Monitoristic exists for that exact use case: [simple monitoring](/features), all features included, starting at [$5/month](/pricing). ## More Comparisons - [Monitoristic vs UptimeRobot](/blog/monitoristic-vs-uptimerobot) — the most popular free alternative - [Monitoristic vs Pingdom](/blog/monitoristic-vs-pingdom) — the established enterprise option - [Monitoristic vs StatusCake](/blog/monitoristic-vs-statuscake) — simple monitoring vs the full suite - [Monitoristic vs HetrixTools](/blog/monitoristic-vs-hetrixtools) — the multi-protocol alternative - [Monitoristic vs Site24x7](/blog/monitoristic-vs-site24x7) — simple uptime vs enterprise observability - [Best Uptime Monitoring Tools for Small Teams](/blog/best-uptime-monitoring-tools-for-small-teams) — a broader market overview - [All alternatives compared](/alternatives) — side-by-side comparison of 7 tools - [How to Choose the Right Check Interval](/blog/how-to-choose-the-right-check-interval) — understand why check frequency matters --- # Monitoristic vs HetrixTools: Simple Uptime vs Full Monitoring Suite > HetrixTools bundles uptime, server, and blacklist monitoring with a generous free tier. Monitoristic focuses on uptime alone — simpler, with instant alerts and status pages. Here's how to choose. *Source: https://monitoristic.com/blog/monitoristic-vs-hetrixtools* --- HetrixTools and Monitoristic both tell you when your website goes down. But they're built for different needs. HetrixTools is a full monitoring suite. [Uptime monitoring](/glossary/uptime-monitoring), server resource tracking, IP blacklist scanning, SSL certificate checks, domain expiration alerts, nameserver change detection — it covers a lot of ground, and it does it with a generous free tier that most competitors can't match. Monitoristic does one thing: uptime monitoring with [status pages](/glossary/status-page), done as simply as possible. Here's how they compare. ## Quick Comparison | Feature | Monitoristic | HetrixTools | |---------|-------------|-------------| | Starting price | $5/month (Lite) | Free (15 monitors) | | Free tier | No (14-day money-back guarantee) | Yes — 15 monitors, 1-min checks | | Monitors (entry paid) | 5 (Lite) | 30 (Professional, $9.95/mo) | | Check interval | 5 min / 2 min / 1 min (by plan) | 1 minute (all plans, including free) | | Monitoring locations | Single region | 4–12 (by plan) | | Monitor types | HTTP | HTTP, Ping, Port, Keyword | | Server monitoring | No | Yes (CPU, RAM, disk, network) | | IP blacklist monitoring | No | Separate product (94 blacklists) | | SSL certificate monitoring | No (on roadmap) | Yes (all plans) | | Domain expiration | No (on roadmap) | Yes (all plans) | | Status pages | 1 / 3 / 10 (by plan) | Unlimited (all plans) | | White-label status pages | No | Yes (3–20 domains by plan) | | Maintenance windows | Yes | Yes | | Notification channels | Telegram, Webhooks | Email, Telegram, Slack, Discord, MS Teams, Google Chat, PagerDuty, Opsgenie, SMS, Phone, Webhooks, and more | | Team members | 1 / 3 / 6 (by plan) | 1–20 (by plan) | | API | Limited (v1 read-only) | Full API (v1/v2/v3) | That table tells most of the story. HetrixTools has more of everything. But tables don't capture trade-offs, so let's dig into the specifics. ## Where HetrixTools Is Stronger We'll be direct: HetrixTools has a stronger feature set across most dimensions. Here's where it pulls ahead. **Free tier.** HetrixTools gives you 15 uptime monitors with 1-minute check intervals, 4 monitoring locations, unlimited status pages, and access to most notification channels — all for free, with no time limit. Monitoristic has no free tier. If budget is your primary constraint, HetrixTools lets you start monitoring without spending anything. **More monitor types.** HetrixTools supports HTTP, Ping, Port, and Keyword monitoring on every plan, including free. Monitoristic currently supports HTTP monitoring only. TCP, DNS, SSL, and domain monitoring are on our roadmap but haven't shipped yet. **Server monitoring.** HetrixTools includes built-in server resource tracking — CPU, RAM, disk usage, network throughput — with threshold-based alerting. The free plan includes 15 server monitors. Monitoristic is strictly external HTTP monitoring. If you need to know when a server's disk fills up or memory spikes, HetrixTools handles it natively. **Multi-location checking.** HetrixTools runs checks from 4 locations on the free plan, scaling up to 12 on Enterprise. This matters for confirming real [downtime](/glossary/downtime) versus localized network issues. Monitoristic checks from a single region, which means you're relying on one vantage point to determine availability. **Notification channels.** This is one of the biggest gaps. HetrixTools supports Email, Telegram, Pushbullet, Pushover, ntfy.sh, Slack, Discord, Mattermost, Rocket.Chat, Microsoft Teams, Google Chat, PagerDuty, Opsgenie, ilert, VictorOps, and Webhooks — on every plan, including free. Phone calls and SMS are available on paid plans. Monitoristic currently supports Telegram and Webhooks. If your team lives in Slack, needs PagerDuty escalation, or relies on email alerts, HetrixTools has the integration you need today. **SSL and domain monitoring.** HetrixTools monitors SSL certificate expiration and authenticity, domain expiration dates, and nameserver changes on all plans. These are the kind of things that cause outages when nobody's watching — your certificate expires on a Saturday, your domain lapses because auto-renew failed. These features are on Monitoristic's roadmap but not available yet. **White-label status pages.** HetrixTools offers custom domains for status pages with partial or full white-labeling, starting with 3 white-label domains on the Professional plan. Monitoristic's custom domain feature for status pages is not yet available. **IP blacklist monitoring.** HetrixTools offers a separate blacklist monitoring product that scans 94 blacklists. If you run email infrastructure or hosting, knowing when your IPs get blacklisted is critical for deliverability. Monitoristic doesn't offer this and has no plans to — it's outside our scope. ## Where Monitoristic Is Simpler Monitoristic doesn't try to compete with HetrixTools on feature count. The pitch is narrower: if all you need is [uptime monitoring](/glossary/uptime-monitoring) with alerts and a status page, a simpler tool can be an advantage. **Focused scope.** One tool, one job: is your site up? There's no server agent to install, no blacklist configuration to think about, no decision about which of a dozen monitoring types to set up. You add a URL, pick a check interval, and you're monitoring. For teams that just want to [set up monitoring](/blog/how-to-set-up-uptime-monitoring) without a learning curve, that focus saves time. **Faster onboarding.** Add a URL, choose an interval, connect Telegram — done. No agent installation on servers, no SSH configuration, no dashboard tabs to learn. The entire setup takes under two minutes. **Built-in incident management.** Monitoristic automatically creates incidents when downtime is detected and resolves them when the site recovers. You get a timeline of what happened, when it happened, and how long it lasted. You can post manual updates for your users through the status page. **Maintenance windows with auto-extension.** Schedule a maintenance window before a deploy. If your site is still down when the window expires, Monitoristic auto-extends the window rather than firing a false alert. It's a small feature, but it solves a real problem — getting paged at 2 AM because your deploy ran 3 minutes long. **Clean, focused UI.** The dashboard is built for one question: are my services up? No tabs for server metrics, no blacklist reports, no page speed graphs. If you're the kind of person who wants to glance at a dashboard and get an answer in two seconds, less UI means less noise. ## Pricing Side by Side The pricing comparison is tricky because HetrixTools bundles significantly more into every tier. **5 monitors**: Monitoristic Lite costs $5/month. HetrixTools is free with 15 monitors, 1-minute checks, and server monitoring included. HetrixTools wins on cost — it's not even close. **20 monitors**: Monitoristic Pro costs $15/month with 2-minute checks, 3 status pages, and 90-day retention. HetrixTools Professional costs $9.95/month with 30 monitors, 1-minute checks, server monitoring, SSL monitoring, and domain tracking. HetrixTools is cheaper and includes more. **100 monitors**: Monitoristic Business costs $30/month with 1-minute checks, 10 status pages, and 6 team members. HetrixTools Enterprise costs $49.95/month with 200 monitors, 12 locations, server monitoring, and the full feature suite. HetrixTools costs more, but the gap narrows when you consider everything that's included. Both services offer yearly billing discounts. Monitoristic saves about 20% on annual plans. HetrixTools gives 2 months free on yearly billing. The honest summary: if you compare raw feature-to-dollar value, HetrixTools offers more at every price point. Monitoristic's pricing is simpler to reason about — you're paying for uptime monitoring and nothing else. ## Who Should Use Which **Choose HetrixTools if** you want a free tier to start with, need server resource monitoring alongside uptime checks, care about multi-location verification to confirm real outages, want blacklist monitoring for email deliverability, need SMS or phone call alerts, rely on Slack, Discord, or PagerDuty for incident management, or want SSL and domain expiration tracking built in. **Choose Monitoristic if** you want the simplest possible uptime monitoring setup, prefer a focused tool over a feature-rich suite, just need to know when a website or API goes down, want [a public status page](/blog/how-to-set-up-a-public-status-page) included from day one, and your primary alert channel is Telegram or webhooks. ## The Honest Take HetrixTools offers more features at every price point, including a free tier that Monitoristic doesn't match. It monitors more things, checks from more locations, alerts through more channels, and does it for less money per monitor. If you're comparing spec sheets, HetrixTools wins. The trade-off is scope. HetrixTools is a monitoring suite — there's more to configure, more dashboards to learn, more features to decide whether you need. Monitoristic is a single-purpose tool that prioritizes simplicity over breadth. For teams that need server monitoring, blacklist scanning, SSL tracking, and multi-location checks, HetrixTools is the better fit. For teams that just want to know when their site goes down and share a status page with their users, the simpler tool often gets set up and stays running — while the more powerful one sometimes sits half-configured. Neither tool is wrong. They're solving different problems at different scales. Pick the one that matches what you actually need today, not the one with the longest feature list. ## More Comparisons - [Monitoristic vs UptimeRobot](/blog/monitoristic-vs-uptimerobot) — the most popular free alternative - [Monitoristic vs Pingdom](/blog/monitoristic-vs-pingdom) — the established enterprise option - [Monitoristic vs StatusCake](/blog/monitoristic-vs-statuscake) — simple monitoring vs the full suite - [Monitoristic vs Better Stack](/blog/monitoristic-vs-better-stack) — the full observability platform - [Monitoristic vs Site24x7](/blog/monitoristic-vs-site24x7) — simple uptime vs enterprise observability - [Best Uptime Monitoring Tools for Small Teams](/blog/best-uptime-monitoring-tools-for-small-teams) — a broader market overview --- # Monitoristic vs Pingdom: Which Monitoring Tool Fits Your Budget? > Comparing Monitoristic and Pingdom on pricing, features, check intervals, and value. See which uptime monitor is better for small teams and solo developers. *Source: https://monitoristic.com/blog/monitoristic-vs-pingdom* --- Pingdom has been a household name in uptime monitoring for over a decade. But its pricing has steadily climbed, and many teams are looking for alternatives that deliver the same core value without the enterprise price tag. Here's how Monitoristic and Pingdom compare across the things that actually matter. ## Pricing Comparison This is where the conversation usually starts — and ends. | Feature | Monitoristic Lite | Pingdom Starter | |---------|-------------------|-----------------| | Monthly price | $5 | $15 | | Monitors included | 5 | 10 | | Check interval | 5 minutes | 1 minute | | Status pages | 1 (included) | Not included | | Alerts | Telegram + webhooks | Email + SMS + integrations | Pingdom's starter plan costs 3x more than Monitoristic's entry plan. You get more monitors and faster checks with Pingdom, but you also pay significantly more for it. For teams that need more monitors, here's how the mid-tier plans compare: | Feature | Monitoristic Pro ($15/mo) | Pingdom Advanced ($85/mo) | |---------|--------------------------|---------------------------| | Monitors | 20 | 100 | | Check interval | 2 minutes | 1 minute | | Status pages | 3 (included) | Add-on cost | | Team members | 3 | Unlimited | At $15/month, Monitoristic Pro gives you 20 monitors with 2-minute checks and 3 status pages. Pingdom's comparable plan starts at $85/month. That's nearly 6x the price. ## What You Get With Each Tool ### Monitoristic - HTTP monitoring with tiered check intervals (5 min / 2 min / 1 min by plan) - Telegram and webhook notifications - Public status pages included on every plan - Automatic incident detection and resolution - Maintenance windows to suppress false alerts - Response time tracking ### Pingdom - HTTP, DNS, TCP, and SMTP monitoring - Email, SMS, and integration-based notifications (Slack, PagerDuty, etc.) - Real User Monitoring (RUM) for page load performance - Transaction monitoring for multi-step user flows - Status pages available as an add-on Pingdom offers more protocol types and Real User Monitoring. If you need DNS monitoring, transaction checks, or RUM, Pingdom is the more feature-rich option. If your primary need is HTTP uptime monitoring with alerts and status pages, Monitoristic delivers that at a fraction of the cost. ## Status Pages Monitoristic includes status pages on every plan — even Lite at $5/month. You create a status page, add your monitors, and share the link with your users. Pingdom's status pages are a separate product with separate pricing. The base monitoring plan doesn't include them. For teams that need a customer-facing status page, this is a meaningful difference. With Monitoristic, you don't pay extra for something that should be a standard feature. ## Notification Channels Pingdom has an advantage here. It supports email, SMS, and a wide range of integrations through its notification system, including Slack, PagerDuty, OpsGenie, and more. Monitoristic currently supports Telegram and webhooks. Telegram is instant and works well for developers who already use it. Webhooks let you connect to any service that accepts HTTP requests, including Slack and Discord with some setup. But if you need native SMS or PagerDuty integration out of the box, Pingdom has more options. Email notifications and additional integrations are on the Monitoristic roadmap. ## Check Intervals Pingdom offers 1-minute checks on all paid plans. Monitoristic uses tiered intervals: 5 minutes on Lite, 2 minutes on Pro, and 1 minute on Business. If 1-minute detection is critical for your use case, you'll need Monitoristic's Business plan ($30/month) or any Pingdom paid plan. For most websites and APIs, 2-minute or even 5-minute checks are sufficient — you'll still know about downtime within minutes. ## Who Should Choose What **Choose Monitoristic if:** - Budget matters — you want reliable monitoring starting at $5/month - You need status pages included without paying extra - Telegram or webhooks cover your notification needs - You're monitoring HTTP endpoints (websites and APIs) **Choose Pingdom if:** - You need DNS, TCP, SMTP, or transaction monitoring - You require Real User Monitoring for page performance - Native SMS and PagerDuty integrations are essential - Budget isn't a primary constraint ## The Bottom Line Pingdom is a mature, feature-rich monitoring platform. If you need its advanced capabilities, it's worth the price. But if your needs are straightforward — monitor your websites, get alerts when they go down, show your users a status page — Monitoristic does that starting at $5/month. No feature gating, no add-on pricing for status pages, no surprise bills. The best monitoring tool is the one you actually set up and use. If Pingdom's pricing has kept you from proper monitoring, Monitoristic removes that barrier — with a 14-day money-back guarantee so you can try it risk-free. Need to monitor the services your product depends on? Check out our guides on [when Slack goes down](/monitor/slack) and [when Vercel goes down](/monitor/vercel) — practical advice for teams that rely on third-party infrastructure. ## More Comparisons - [Monitoristic vs UptimeRobot](/blog/monitoristic-vs-uptimerobot) — the most popular free alternative - [Monitoristic vs StatusCake](/blog/monitoristic-vs-statuscake) — simple monitoring vs the full suite - [Monitoristic vs Better Stack](/blog/monitoristic-vs-better-stack) — the full observability platform - [Monitoristic vs HetrixTools](/blog/monitoristic-vs-hetrixtools) — the multi-protocol alternative - [Monitoristic vs Site24x7](/blog/monitoristic-vs-site24x7) — simple uptime vs enterprise observability - [Best Uptime Monitoring Tools for Small Teams](/blog/best-uptime-monitoring-tools-for-small-teams) — a broader market overview - [All alternatives compared](/alternatives) — side-by-side comparison of 7 tools --- # Monitoristic vs Site24x7: Simple Uptime vs Enterprise Observability > Site24x7 is a full observability suite — uptime, servers, APM, network, and real user monitoring. Monitoristic does uptime monitoring alone, simply and affordably. Here's how to decide which fits. *Source: https://monitoristic.com/blog/monitoristic-vs-site24x7* --- Site24x7 and Monitoristic both tell you when your website goes down. But they sit at opposite ends of the monitoring spectrum. Site24x7 is an enterprise observability suite from Zoho — it bundles website uptime, server monitoring, application performance monitoring (APM), network monitoring, real user monitoring, cloud monitoring, and log management into one platform. Monitoristic does one thing: uptime monitoring with status pages, done simply and affordably. Here's how they compare when you're choosing which one to use. ## Quick Comparison | Feature | Monitoristic | Site24x7 | |---------|-------------|----------| | Starting price | $5/month | Free tier / ~$9/month (Website plan, billed annually) | | Monitors (entry paid plan) | 5 | 10 basic monitors | | Check interval | 5 min / 2 min / 1 min (by plan) | Down to 1 minute | | Monitor types | HTTP | URL, REST API, SSL/TLS, DNS, port/TCP, ping, server, and more | | Global check locations | Single region (not yet multi-location) | 100+ worldwide | | Server & network monitoring | No | Yes | | Application performance (APM) | No | Yes | | Real user monitoring (RUM) | No | Yes | | Log management | No | Yes | | Status pages | All plans | Yes | | Incident tracking | Built-in | Yes | | Maintenance windows | All plans | Yes | | Notifications | Telegram, Webhooks | Email, SMS, voice, push, integrations | ## Pricing Site24x7's pricing starts deceptively low. The entry **Website plan** is around $9/month (billed annually) and covers roughly 10 basic monitors with 1-minute checks and global location testing. There's also a free tier for very basic use. The catch is how fast it scales. Site24x7 prices around "basic monitors," with add-on packs and higher tiers (Pro, Classic, Enterprise, and beyond) unlocking server monitoring, APM, network monitoring, real user monitoring, and log management. By the time you've assembled the suite most teams picture when they hear "Site24x7," you're well past the entry price. Monitoristic's plans are flat and predictable: - **Lite ($5/month)**: 5 monitors, 5-min checks, 1 status page, 30-day retention - **Pro ($15/month)**: 20 monitors, 2-min checks, 3 status pages, 90-day retention - **Business ($30/month)**: 100 monitors, 1-min checks, 10 status pages, 90-day retention Every feature is included on every plan — the only differences are monitor count, check interval, status pages, and retention. The honest framing: **if you want a single observability platform for your whole stack and you'll use the server, APM, and network modules, Site24x7 earns its price. If you just need to know when your sites and APIs go down — with alerts and a status page — paying for a suite you'll barely touch doesn't add up.** > Site24x7 plans, monitor definitions, and add-on packs change over time. Always confirm current pricing on their site before deciding. ## Where Site24x7 Wins **Breadth of monitoring**: This is the whole point of Site24x7. Beyond URL checks it monitors servers, networks, containers, cloud resources, applications (APM), and real user experience (RUM). If you want one tool watching your entire stack, Monitoristic isn't in the same category. **Monitor variety**: URL, REST API, SSL/TLS, DNS, port/TCP, ping, FTP, server agents, and more. Monitoristic currently supports HTTP only. **100+ global check locations**: Site24x7 verifies availability from locations worldwide, including last-mile and ISP checks. Monitoristic checks from a single region today. If your users span continents and you need regional confirmation, Site24x7 has the edge. **Application performance monitoring**: Trace transactions, find slow database queries, and profile code-level performance. Monitoristic measures response time at the HTTP level — not application internals. **Log management and deep diagnostics**: Site24x7 ingests logs and correlates them with monitoring data. Monitoristic doesn't do log management. **Enterprise alerting**: Email, SMS, voice calls, push, and a wide integration catalog out of the box. ## Where Monitoristic Holds Its Own **Simplicity**: One dashboard, one purpose. You add a URL, pick an interval, and you're monitoring in about 60 seconds. There are no agents to install, no modules to configure, no "basic monitor" math to work out. **Predictable, flat pricing**: Three plans, all features included. No add-on packs, no per-module upsells, no surprise jumps as you grow. **Status pages on every plan**: Public status pages are included from the $5 Lite plan up — no separate tier or add-on. **Incident tracking and maintenance windows built in**: Create incidents, post updates, and schedule [maintenance windows](/blog/how-to-use-maintenance-windows) that suppress false alerts — included from day one. **Lower total cost for focused needs**: If you monitor a handful of sites and APIs and want alerts plus a status page, Monitoristic stays cheap and stays simple. There's nothing to outgrow your budget. **No learning curve**: Site24x7 is powerful, but power comes with complexity. Monitoristic is designed so you never need a tutorial to use it. ## Who Should Choose What? **Choose Site24x7 if:** - You want a single platform for uptime, servers, network, APM, and logs - You need monitoring from 100+ global locations - You require server agents, application tracing, or real user monitoring - You need monitor types beyond HTTP (DNS, TCP, FTP, ping, etc.) - You want built-in SMS and voice-call alerting - You have the team and time to configure an enterprise suite **Choose Monitoristic if:** - You need uptime monitoring with public status pages included - You want flat, predictable pricing — $5–30/month, everything included - You monitor sites and APIs, not an entire infrastructure stack - [Telegram](/docs/telegram) and [webhook alerts](/docs/webhooks) cover your notification needs - You value a tool you can set up in a minute over one you have to learn - You'd rather not pay for modules you'll never open ## The Honest Take Site24x7 is a serious, capable observability platform. For teams that need to watch servers, applications, networks, and user experience from one place — and check availability worldwide — it delivers genuine enterprise value. But most small teams don't need an observability suite. They need to know the moment a site or API goes down, see how fast it responds, share a status page, and manage incidents. Buying (and learning) an enterprise platform for that is overkill. Monitoristic exists for exactly that use case: [simple setup](/docs/setting-up-monitor), [instant alerts](/docs/telegram), [status pages](/blog/how-to-set-up-a-public-status-page), and [honest pricing](/pricing). Starting at $5/month — no suite required. ## More Comparisons - [Monitoristic vs UptimeRobot](/blog/monitoristic-vs-uptimerobot) — the most popular free alternative - [Monitoristic vs Pingdom](/blog/monitoristic-vs-pingdom) — the established enterprise option - [Monitoristic vs StatusCake](/blog/monitoristic-vs-statuscake) — simple monitoring vs the full suite - [Monitoristic vs Better Stack](/blog/monitoristic-vs-better-stack) — the full observability platform - [Best Uptime Monitoring Tools for Small Teams](/blog/best-uptime-monitoring-tools-for-small-teams) — a broader market overview --- # Monitoristic vs StatusCake: Simple Monitoring vs Full Suite > StatusCake bundles uptime, page speed, domain, SSL, and server monitoring. Monitoristic focuses on uptime monitoring alone. Here's how to decide which approach fits your needs. *Source: https://monitoristic.com/blog/monitoristic-vs-statuscake* --- StatusCake and Monitoristic both monitor your website and alert you when something goes wrong. But they're built around different philosophies. StatusCake is a monitoring suite — it bundles uptime, page speed, domain expiration, SSL certificate, and server monitoring into one platform. Monitoristic focuses on one thing: uptime monitoring with status pages, done simply and affordably. Here's how they compare when you're deciding which one to use. ## Quick Comparison | Feature | Monitoristic | StatusCake | |---------|-------------|------------| | Starting price | $5/month | Free (10 monitors) / $20/month | | Monitors (entry paid plan) | 5 | 100 | | Check interval | 5 min / 2 min / 1 min (by plan) | 5 min (free) / 1 min (paid) / 30 sec (Business) | | Monitor types | HTTP | HTTP, TCP, DNS, SMTP, SSH, Ping, Push | | Page speed monitoring | No | Yes | | Domain expiration tracking | No | Yes | | SSL monitoring | No | Yes | | Server monitoring | No | Yes (paid) | | Multi-location checks | Not yet | Yes (30 countries) | | Status pages | All plans | Not included | | Incident tracking | Built-in | Basic | | Maintenance windows | All plans | Available | | Notifications | Telegram, Webhooks | Email, SMS, Integrations | ## Pricing StatusCake offers a genuinely useful free tier: 10 monitors with 5-minute check intervals, plus a page speed monitor, domain monitor, and SSL monitor. For basic monitoring of a small site, it covers the essentials at no cost. StatusCake's paid plans: - **Superior ($20/month annually)**: 100 monitors, 1-minute checks, 15 page speed monitors, 50 domain monitors, 50 SSL monitors, 3 server monitors - **Business ($67/month annually)**: 300 monitors, 30-second checks, 30 page speed monitors, server monitoring, white-label reporting Monitoristic's plans: - **Lite ($5/month)**: 5 monitors, 5-min checks, 1 status page, 30-day retention - **Pro ($15/month)**: 20 monitors, 2-min checks, 3 status pages, 90-day retention - **Business ($30/month)**: 100 monitors, 1-min checks, 10 status pages, 90-day retention The price comparison depends on what you actually need. StatusCake's Superior plan at $20/month gives you 100 monitors with page speed, domain, SSL, and server monitoring built in. Monitoristic's Pro at $15/month gives you 20 monitors with fewer monitor types but includes status pages on every plan. If you need fewer than 20 endpoints with public status pages, Monitoristic is cheaper. If you need 100 monitors plus the full suite of page speed, domain, SSL, and server checks, StatusCake offers more for the price. The real comparison is this: **do you need 100 monitors with page speed, domain, and SSL tracking? Or do you need 5-20 monitors with status pages and incident management at a lower price?** ## Where StatusCake Wins **Monitor variety**: StatusCake supports HTTP, TCP, DNS, SMTP, SSH, Ping, and Push monitoring. Monitoristic currently supports HTTP only. If you need to monitor a mail server, check DNS resolution, or test TCP ports, StatusCake covers it. **Page speed monitoring**: StatusCake tracks page load times and performance metrics. Monitoristic tracks response times (how fast the server responds) but doesn't measure full page rendering speed. **Domain and SSL monitoring**: StatusCake alerts you before your domain expires or your SSL certificate lapses. Monitoristic doesn't offer these yet. **Server monitoring**: StatusCake can monitor CPU, RAM, and disk usage on your servers. Monitoristic is external HTTP monitoring only. **Multi-location testing**: StatusCake checks from 30 countries. Monitoristic doesn't offer multi-region checks yet. If geographic availability matters (your users are spread across continents), StatusCake has a clear advantage. **Free tier**: 10 monitors at no cost. Monitoristic has no free plan. ## Where Monitoristic Holds Its Own **Status pages on every plan**: Monitoristic includes public status pages on every plan — even the $5 Lite plan. StatusCake doesn't include status pages as a built-in feature. **Simpler pricing**: Three flat plans, all features included. No add-ons, no bolt-ons, no feature gating between tiers beyond monitor count and check interval. **Lower entry price**: If you need basic uptime monitoring with alerts and a status page, $5/month is hard to beat. StatusCake's free tier is free but doesn't include status pages or the full feature set. **Incident tracking and maintenance windows**: Built into every plan. Create incidents, post updates, schedule maintenance windows that suppress false alerts — all included from day one. **Focused simplicity**: One dashboard, one purpose. No page speed tabs, no server monitoring configuration, no domain tracking setup. If all you need is "is my site up?", Monitoristic gets out of your way. ## Who Should Choose What? **Choose StatusCake if:** - You need page speed, domain, SSL, or server monitoring alongside uptime checks - You need multi-location monitoring from 30+ countries - You want a free tier to start with - You monitor more than 50 endpoints and need the volume - You need TCP, DNS, SMTP, or Ping monitoring - You want SMS alerts built in **Choose Monitoristic if:** - You need uptime monitoring with public status pages included - Your budget is tight — $5-15/month covers most small team needs - You monitor fewer than 20 endpoints - You want all features on every plan with no feature gating - Telegram and [webhook alerts](/docs/webhooks) cover your notification needs - You prefer a simple, focused tool over a feature-heavy suite ## The Honest Take StatusCake is a comprehensive monitoring suite at a mid-range price. If you need the full picture — uptime, page speed, domain health, SSL, server stats, and multi-location checks — it delivers solid value at $20/month. But many small teams don't need all that. They need to know when their site goes down, see how fast it responds, share a status page with users, and manage incidents. For that specific use case, paying $20+/month for features you'll never use doesn't make sense. Monitoristic exists for teams who want reliable uptime monitoring without the suite. [Simple setup](/docs/setting-up-monitor), [instant alerts](/docs/telegram), [status pages](/blog/how-to-set-up-a-public-status-page), and [honest pricing](/pricing). Starting at $5/month. ## More Comparisons - [Monitoristic vs UptimeRobot](/blog/monitoristic-vs-uptimerobot) — the most popular free alternative - [Monitoristic vs Pingdom](/blog/monitoristic-vs-pingdom) — the established enterprise option - [Monitoristic vs Better Stack](/blog/monitoristic-vs-better-stack) — the full observability platform - [Monitoristic vs HetrixTools](/blog/monitoristic-vs-hetrixtools) — the multi-protocol alternative - [Monitoristic vs Site24x7](/blog/monitoristic-vs-site24x7) — simple uptime vs enterprise observability - [Best Uptime Monitoring Tools for Small Teams](/blog/best-uptime-monitoring-tools-for-small-teams) — a broader market overview - [All alternatives compared](/alternatives) — side-by-side comparison of 7 tools --- # Monitoristic vs UptimeRobot: Which Uptime Monitor Is Right for You? > A detailed comparison of Monitoristic and UptimeRobot covering pricing, features, check intervals, and who each tool is best for. *Source: https://monitoristic.com/blog/monitoristic-vs-uptimerobot* --- Choosing an uptime monitoring tool can feel overwhelming. UptimeRobot is one of the most well-known options, but it's not the only one. In this comparison, we'll break down how Monitoristic and UptimeRobot stack up across the features that actually matter. ## Quick Comparison | Feature | Monitoristic | UptimeRobot | |---------|-------------|-------------| | Starting price | $5/month | Free (limited) / $7/month | | Monitors (entry plan) | 5 | 50 (free) / 50 (paid) | | Check interval | 5 min / 2 min / 1 min (by plan) | 5 min (free) / 1 min (paid) | | Status pages | Included on all plans | Paid plans only | | Incident tracking | Built-in | Basic | | Maintenance windows | All plans | Paid plans only | | Notifications | Telegram, Webhooks | Email, SMS, Slack, and more | | Data retention | 30–90 days | 1–24 months | | Infrastructure | Cloudflare edge | Proprietary servers | ## Pricing UptimeRobot offers a free tier with 50 monitors — that sounds generous on paper. But the free plan is limited to 5-minute check intervals, which means your site could be down for nearly 5 minutes before you even know about it. Monitoristic starts at $5/month with no free tier. Check intervals are tiered by plan — 5 minutes on Lite, 2 minutes on Pro, and 1 minute on Business. Every plan includes the features you actually need: status pages, incident tracking, and maintenance windows. If you need more monitors, here's how the paid tiers compare: - **Monitoristic Lite ($5/month):** 5 monitors, 5-min checks, 1 status page, 30-day retention - **Monitoristic Pro ($15/month):** 20 monitors, 2-min checks, 3 status pages, 90-day retention - **Monitoristic Business ($30/month):** 100 monitors, 1-min checks, 10 status pages, 90-day retention - **UptimeRobot Pro ($7/month):** 50 monitors, 1-minute intervals, advanced notifications UptimeRobot's paid plan gives you more monitors for a similar price. But Monitoristic includes status pages and maintenance windows on every plan — features that UptimeRobot reserves for higher tiers. ## Check Intervals This is where the difference matters most. On UptimeRobot's free plan, checks run every 5 minutes. That's a long time in internet terms. A 4-minute outage could go completely undetected. Monitoristic uses tiered intervals: 5 minutes on Lite, 2 minutes on Pro, and 1 minute on Business. Even the entry-level Lite plan matches UptimeRobot's free tier interval, but with all features unlocked. On Pro and Business, you get faster detection than most competitors' paid plans. ## Status Pages Both tools offer status pages, but the approach differs. UptimeRobot includes basic status pages on paid plans. Customization is available on higher tiers. Monitoristic includes status pages on every plan — even Lite. You get a public-facing page where your users can check service health in real time. Custom domains for status pages are coming soon. For teams that need to communicate uptime to their users, having status pages available from day one is a meaningful advantage. ## Notifications UptimeRobot has a wider range of notification integrations out of the box: email, SMS, Slack, Discord, PagerDuty, and more. Monitoristic currently supports Telegram and webhooks. Webhooks are flexible — you can connect them to Slack, Discord, or any service that accepts incoming webhooks. But if you need native SMS or PagerDuty integration, UptimeRobot has the edge here. Email alerts and Slack/Discord native integrations are on the Monitoristic roadmap. ## Infrastructure UptimeRobot runs on proprietary infrastructure. Monitoristic runs on Cloudflare's global edge network, which means checks execute close to where your users are. Cloudflare's infrastructure also means Monitoristic benefits from enterprise-grade reliability without passing that cost to you. ## Who Should Choose What? **Choose UptimeRobot if:** - You need a free option and can tolerate 5-minute check intervals - You require native integrations with SMS, PagerDuty, or Slack - You need to monitor 50+ endpoints on a tight budget **Choose Monitoristic if:** - You want fast checks (down to 1 minute) with all features included on every plan - You need status pages included from day one - You prefer a simpler, focused tool without feature bloat - You want infrastructure powered by Cloudflare's edge network ## The Bottom Line UptimeRobot is a solid, established tool — especially if you need a free tier or a wide range of notification integrations. But its free plan comes with real limitations, and the features many teams need (fast checks, status pages, maintenance windows) are locked behind paid tiers. Monitoristic takes a different approach: no free tier, but every plan is fully featured from the start with a 14-day money-back guarantee. If reliable monitoring with fast detection and built-in status pages matters to you, Monitoristic is worth a look. Already using third-party services your product depends on? See our guides on [monitoring GitHub uptime](/monitor/github) and [monitoring AWS](/monitor/aws) to set up dependency monitoring alongside your own endpoints. ## More Comparisons - [Monitoristic vs Pingdom](/blog/monitoristic-vs-pingdom) — the established enterprise option - [Monitoristic vs StatusCake](/blog/monitoristic-vs-statuscake) — simple monitoring vs the full suite - [Monitoristic vs Better Stack](/blog/monitoristic-vs-better-stack) — the full observability platform - [Monitoristic vs HetrixTools](/blog/monitoristic-vs-hetrixtools) — the multi-protocol alternative - [Monitoristic vs Site24x7](/blog/monitoristic-vs-site24x7) — simple uptime vs enterprise observability - [Best Uptime Monitoring Tools for Small Teams](/blog/best-uptime-monitoring-tools-for-small-teams) — a broader market overview - [All alternatives compared](/alternatives) — side-by-side comparison of 7 tools --- # Synthetic Monitoring vs Real User Monitoring: Which Do You Need? > Synthetic monitoring checks if your site works. Real user monitoring shows how it feels. Here's when you need each — and when you need both. *Source: https://monitoristic.com/blog/synthetic-monitoring-vs-real-user-monitoring* --- There are two fundamentally different ways to find out if your website is healthy. You can send a robot to check it on a schedule, or you can watch what happens when real people use it. The first approach is called synthetic monitoring. The second is real user monitoring, or RUM. Both give you useful data. Neither gives you the full picture alone. If you've been researching monitoring tools and found yourself confused about which type you actually need, this guide breaks it down plainly. We'll cover what each does, where they overlap, and where they don't — so you can make a decision based on your actual situation, not marketing copy. ## What is synthetic monitoring Synthetic monitoring uses automated probes that run from external servers on a fixed schedule. Every one to five minutes, a probe sends a request to your URL and checks the response. Did the server return a 200 status code? How long did it take? Is the SSL certificate still valid? Is the expected content on the page? The key characteristic: it runs 24/7 regardless of whether anyone is visiting your site. If your database crashes at 3 AM on a Sunday, synthetic monitoring catches it immediately — even though no real user was there to notice. Because the checks run in a controlled environment, you get consistent baselines. The same check, from the same location, under the same conditions, every time. That makes it easy to spot when something changes. Response time jumped from 200ms to 900ms? Something happened on your end. Common forms of synthetic monitoring include [uptime monitoring](/glossary/uptime-monitoring) (HTTP checks), [API monitoring](/blog/http-vs-api-monitoring), SSL certificate expiration checks, DNS monitoring, and TCP port checks. If you've ever set up a service that pings your URL and sends you an alert when it goes down, you've used synthetic monitoring. The strength is reliability. It's always on, detection is fast, and it works even with zero traffic. The limitation is equally clear: probes run from fixed locations with controlled conditions. They don't reflect what a real user experiences on their specific device, browser, and network connection. A synthetic check might report your site loads in 400ms, while a user on a 3G connection in rural Indonesia sees a 12-second load time. ## What is real user monitoring (RUM) Real user monitoring takes the opposite approach. Instead of simulating visits, it observes actual ones. A JavaScript snippet is embedded in your page. When a real visitor loads the site, that snippet measures everything happening in their browser: page load time, DOM rendering speed, time to interactive, layout shifts, largest contentful paint — the full set of Core Web Vitals. Because the data comes from real sessions, it's segmented by geography, device type, browser, and connection speed. You can see that your site loads in 1.2 seconds for Chrome users on desktop in Germany, but takes 4.8 seconds for Safari users on mobile in Brazil. That level of granularity is something synthetic monitoring simply cannot provide. RUM catches problems that probes never will. A third-party analytics script that blocks rendering for two seconds. A CDN edge node in Southeast Asia that's serving stale assets. A complex React component that takes forever to hydrate on low-end Android devices. These are real-world issues that only surface when real people, on real devices, hit your real pages. The tradeoffs are real too. RUM requires traffic to generate data — if nobody visits at 3 AM, there's no data at 3 AM. The JavaScript snippet adds some overhead to every page load. And collecting browser, device, and location data raises privacy considerations, especially under GDPR and similar regulations. ## Side-by-side comparison | | Synthetic Monitoring | Real User Monitoring | |---|---|---| | How it works | Automated probes check at intervals | JavaScript in the browser, every visit | | Detects outages | Yes — 24/7, even with zero traffic | Only if users are visiting when it breaks | | Measures real performance | No — controlled environment | Yes — actual devices, networks, locations | | Setup complexity | Low — add a URL, done | Medium — add a script, configure data collection | | Cost | Low — often $5-15/month | Higher — scales with traffic volume | | Privacy impact | None — no user data collected | Collects browser, device, location data | | Best for | "Is it up?" and "Is it responding?" | "How does it feel for real users?" | The table makes the distinction clear: these tools answer different questions. One checks availability. The other measures experience. ## When synthetic monitoring is enough For a lot of teams, synthetic monitoring is all you need — at least right now. If you're a solo developer or a small team, your priority is knowing when something breaks. You need to know if your site is down, if your [API endpoint](/blog/how-to-monitor-an-api-endpoint) stopped responding, or if your SSL certificate is about to expire. You don't need a heatmap of load times by device type. Synthetic monitoring is the right starting point when your traffic is low to moderate and mostly concentrated in one or two regions. When you're running a SaaS product, an API, or a side project where uptime matters far more than shaving 200 milliseconds off a page load. When you don't have the traffic volume to make RUM data statistically meaningful yet. It answers the most urgent question in monitoring: is my thing working right now? A well-configured synthetic setup — [checking your URLs](/blog/how-to-monitor-website-uptime) every minute or two, with a sensible [check interval](/glossary/check-interval), alerting you the moment an [incident](/glossary/incident) occurs — covers the vast majority of what small teams need. ## When you need RUM RUM becomes valuable when your situation outgrows what synthetic checks can tell you. If you have significant traffic — thousands of daily visitors spread across different regions — RUM shows you how performance varies across that audience. It surfaces the problems that affect real revenue: a slow checkout flow on mobile, image-heavy pages that choke on spotty connections, third-party scripts that delay interactivity. You need RUM when page speed directly impacts your business. E-commerce sites where every second of load time costs conversions. Media sites where ad revenue depends on viewability metrics. Content platforms competing for SEO rankings based on Core Web Vitals scores. You need it when you're debugging specific complaints. "Your site is slow" is vague. RUM data tells you it's slow for Firefox users on Windows in South America because a specific CDN node is misconfigured. That's actionable. And you need it when your frontend is complex enough that server-side health checks can't represent the user's actual experience. A synthetic probe hitting your server and getting a 200 response doesn't tell you that the client-side JavaScript is crashing on older Safari versions. ## When you need both Most production applications with real revenue at stake eventually run both. The combination works because they cover each other's blind spots. Synthetic monitoring catches outages instantly, around the clock, regardless of traffic. RUM catches performance degradation that synthetic checks can't simulate — the kind that builds up gradually and costs you users before anyone files a complaint. Synthetic tells you "it's down." RUM tells you "it's slow for 30% of your users in Southeast Asia." Both are problems. Both need different tools to detect. That said, you don't need both on day one. Start with synthetic monitoring. Get your alerting dialed in. Know immediately when things break. Add RUM later, when your traffic justifies it and you need to optimize beyond basic availability. ## Where Monitoristic fits Let's be straightforward about this. Monitoristic does synthetic monitoring. It runs HTTP checks at configurable intervals from external servers, sends instant alerts through Telegram and webhooks when something goes wrong, and gives you [public status pages](/blog/what-is-a-status-page) and maintenance windows to keep your users informed. It does not offer real user monitoring. Monitoristic won't tell you about page load times on specific devices, Core Web Vitals scores, or how your site performs for mobile users in a particular country. That's not what it's built for. If you need RUM, there are purpose-built tools that handle it well. Vercel Analytics offers a generous free tier for Next.js and other Vercel-hosted projects. Google's Chrome User Experience Report (CrUX) dashboard is free and gives you field data from real Chrome users. SpeedCurve and Datadog RUM are solid options for teams that need deeper analysis and segmentation. For most small teams, synthetic monitoring alone covers the question that matters most: is it working? You can monitor your endpoints, get alerted the moment something fails, and maintain a status page — all without thinking about JavaScript snippets or privacy policies. Add RUM when your traffic, your revenue, and your performance requirements justify the investment. Until then, know that your sites are up, your APIs are responding, and your certificates aren't about to expire. If synthetic monitoring is what you need right now, [set up your first monitor on Monitoristic](https://monitoristic.com) in about two minutes. No scripts to install. No data collection to configure. Just a URL and an alert destination. --- # The True Cost of a Slow Website (Not Just Downtime) > Your site loads. It returns 200. But if it takes 4 seconds, you're losing visitors, rankings, and revenue — and most monitoring setups won't tell you. *Source: https://monitoristic.com/blog/the-true-cost-of-a-slow-website* --- Your site didn't go down last Tuesday. Your [uptime monitoring](/glossary/uptime-monitoring) didn't fire a single alert. Every check came back 200. Everything was "working." But buried in your analytics, something shifted. Bounce rate crept up. Session duration dropped. A few fewer sign-ups than usual. Nothing dramatic — nothing that triggers an alert or wakes you up at 3 AM. Just a slow, quiet bleed. Your site got slow. And nobody told you, because technically nothing was broken. This is the problem with thinking about availability as a binary — up or down, working or not. The reality is messier. There's a wide spectrum between "instant" and "down," and most of that spectrum is costing you something. [Downtime](/glossary/downtime) is the dramatic failure that gets all the attention. Slowness is the quiet one that does just as much damage over time, sometimes more, precisely because it's harder to detect. ## The invisible threshold Here's the uncomfortable question: at what point does "a bit slow" become "losing customers"? Google's research on this is unambiguous. As page load time goes from 1 second to 3 seconds, the probability of a user bouncing increases by 32%. Push that to 5 seconds, and it's 90%. These aren't hypothetical projections — they're measured behaviors across billions of page loads. The critical insight isn't the numbers themselves. It's this: users don't tell you your site is slow. They don't file a support ticket. They don't send a frustrated email. They just leave. They hit the back button, click the next search result, and forget your site existed. You never see the complaint because the complaint is silence. This makes slowness fundamentally harder to diagnose than downtime. When your site goes down, you get alerts, error logs, angry tweets. When your site is slow, you get... slightly worse numbers in a dashboard you check once a week. ## What slow actually costs you ### Visitors Mobile users are the canary here. They're on slower connections, smaller devices, less patience. A site that loads acceptably on your office fiber connection might be borderline unusable on a phone over LTE. Research consistently shows that a 1-second delay in page load reduces conversions by approximately 7%. That's not a rounding error — for a site doing 10,000 visits a day, that's 700 visitors who might have converted but didn't. The cruel part is that you can't see who you lost. You see the people who stayed. The ones who left are invisible in your analytics — they're just sessions that never happened. ### Revenue Amazon famously measured this years ago: every 100ms of additional latency cost them 1% in sales. Now, your site isn't Amazon. But the principle scales down. If you're running e-commerce, every fraction of a second matters during checkout. If you're running a SaaS, every slow page load during onboarding is a potential user who decides "I'll try this later" and never comes back. Even for non-transactional sites, the math works the same way. Fewer completed forms. Fewer demo requests. Fewer people who make it to the pricing page. The revenue impact of [downtime is well-documented](/blog/how-much-does-website-downtime-cost), but the revenue impact of slowness is harder to measure precisely because it's distributed across thousands of micro-losses rather than one dramatic outage. ### SEO rankings Google has used page speed as a ranking signal since 2010 for desktop and 2018 for mobile. With the introduction of Core Web Vitals — Largest Contentful Paint, Interaction to Next Paint, and Cumulative Layout Shift — performance is now explicitly part of how Google evaluates page experience. A slow site doesn't drop off a cliff in rankings. It erodes gradually. You lose a position here, a position there. Each lost position means slightly less traffic, which means slightly less engagement, which signals to Google that your content is slightly less valuable. By the time you notice the traffic decline and start investigating, the regression has been compounding for weeks. ### Trust This one is harder to quantify but no less real. A slow site feels broken. Even if everything eventually loads, the experience communicates something: this product isn't polished. This team doesn't care about the details. If the marketing site is slow, what does the actual product feel like? A developer evaluating your API won't wait 4 seconds for your documentation page to load. A founder comparing two tools will pick the one whose site felt snappy. Speed is a proxy for quality in users' minds, whether that's fair or not. ## Why traditional monitoring misses this Standard up/down monitoring checks for one thing: did the server respond? If your site returns a 200 status code, the check passes. The site is "up." But here's the gap: your site can return 200 in 6 seconds. The monitoring check passes. No alert fires. From the system's perspective, everything is fine. From your user's perspective, they've already left. This is one of the [most common monitoring mistakes](/blog/5-monitoring-mistakes-that-cost-you-customers) — confusing "available" with "usable." A site that takes 6 seconds to respond is technically available. It's also, for practical purposes, broken. The distinction between availability and usability is the space where slow performance hides, undetected by basic status-code checks. If your monitoring only asks "is it up?", you're only catching the most dramatic failures. The slow degradation — the database query that used to take 50ms and now takes 2 seconds, the third-party script that's adding 3 seconds of blocking time, the memory leak that makes response times climb steadily over 72 hours — none of that triggers an alert. ## What you can actually do about it The fix isn't complicated, but it requires monitoring that looks beyond status codes. **Monitor response time, not just availability.** Monitoristic tracks response time on every check. This means you're not just seeing pass/fail — you're seeing a trend line. If your endpoint normally responds in 200ms and starts creeping toward 1.5 seconds, that shows up in your response time data before it ever becomes a full outage. [Setting up endpoint monitoring](/blog/how-to-monitor-an-api-endpoint) that tracks response time gives you the early warning that status-code-only checks miss. **Set a baseline so you recognize drift.** "Slow" is relative. If your API normally responds in 150ms, a jump to 800ms is a meaningful signal. If you don't know what normal looks like, you can't recognize when things are degrading. Spend a week watching your response times. That becomes your baseline. Anything significantly above it deserves investigation. **Check from outside your network.** Your local dev server is fast. Your staging environment, running on the same cloud region as your database, is fast. But your user in São Paulo on a mobile connection is having a different experience entirely. External monitoring checks give you a perspective closer to what real users actually see. **Don't confuse CDN performance with origin performance.** Your static assets — images, CSS, JavaScript — might be fast because they're served from a CDN edge. But your API calls, your server-rendered pages, your authenticated endpoints still hit your origin server. The CDN can mask origin slowness for casual testing while your actual application logic struggles. To be direct about what Monitoristic does and doesn't do here: it performs HTTP monitoring with response time tracking on every check. It shows you when endpoints are slow, when response times spike, and when performance is trending in the wrong direction. It doesn't do full performance profiling, Real User Monitoring, or APM-level tracing. For deep performance analysis — identifying which specific database query is slow, or which JavaScript bundle is blocking render — you'd use browser dev tools, Lighthouse, or a dedicated APM tool. But response time monitoring catches the moment things start degrading, which is often the most actionable signal. You don't always need to know *why* it's slow to know *that* it's slow and that it needs attention. ## The compounding problem Slowness doesn't hit you once and stop. It compounds. A slow site means higher bounce rates. Higher bounce rates mean less engagement. Less engagement sends weaker signals to search engines. Weaker signals mean lower rankings. Lower rankings mean less traffic. Less traffic means the remaining users are the only ones you have — and if the site is still slow, you're losing them too. This cycle feeds itself quietly. Each factor makes the others slightly worse, and because none of them change dramatically in a single day, it's easy to rationalize each data point individually. "Traffic is just down this week." "Bounce rate is seasonal." "Rankings fluctuate." The fix isn't a one-time performance optimization sprint. It's continuous monitoring that catches regressions before they have time to compound. A response time spike today is a ranking drop next month is a revenue decline next quarter. The earlier you catch it, the cheaper the fix. ## Your site doesn't have to go down to cost you money A slow site leaks revenue, trust, and rankings every day, without the drama of a full outage. There's no alert. There's no error page. There's just a gradually worsening set of numbers that you might not connect back to performance until weeks later. The first step is straightforward: know your response times. Not once. Not during a quarterly performance audit. On every check, every day, so that when something shifts — a deploy that adds latency, a database that's growing beyond its provisioned capacity, a third-party service that's degrading — you see it immediately. If you're ready to set up monitoring that tracks more than just up/down, here's how to [get started with uptime monitoring](/blog/how-to-set-up-uptime-monitoring) that actually tells you something useful. Your site is probably up right now. The question is whether it's fast enough to keep the visitors who find it. --- # Uptime SLA Explained: What 99.9% Really Means > 99.9%, 99.99%, five nines — uptime percentages sound impressive but hide real downtime. Here's exactly how much downtime each SLA level allows, and what the numbers mean for your business. *Source: https://monitoristic.com/blog/uptime-sla-explained* --- You've seen the numbers everywhere. "99.9% uptime guaranteed." "99.99% SLA." "Five nines of reliability." They sound impressive — so close to perfect that downtime seems like a non-issue. But these percentages hide something important: even tiny fractions of a percent translate into real, measurable downtime. And depending on *when* that downtime happens, the difference between 99.9% and 99.99% can mean lost revenue, missed alerts, and frustrated customers. Let's translate the marketing numbers into plain English. ## What an SLA Actually Is SLA stands for **Service Level Agreement** — a commitment, usually from a provider to a customer, about how reliable a service will be. The uptime portion of an SLA is expressed as a percentage: the fraction of time the service promises to be available. An uptime SLA does two things: 1. **Sets expectations** — how much downtime you can reasonably expect 2. **Defines consequences** — often, if the provider misses the SLA, you get service credits or refunds When *you* offer a service, your uptime is the promise you're implicitly (or explicitly) making to your users. When you *consume* a service, the SLA is the promise being made to you. ## The Numbers Translated Here's what each uptime level actually allows, in real time. This is the table worth bookmarking: | Uptime SLA | Downtime per day | Downtime per month | Downtime per year | |-----------|------------------|--------------------|--------------------| | 99% ("two nines") | 14m 24s | ~7h 18m | ~3d 15h | | 99.9% ("three nines") | 1m 26s | ~43m 49s | ~8h 46m | | 99.95% | 43s | ~21m 54s | ~4h 23m | | 99.99% ("four nines") | 8.6s | ~4m 23s | ~52m 35s | | 99.999% ("five nines") | 0.86s | ~26s | ~5m 15s | A few things jump out: - **99% sounds high but is actually weak.** It allows over 7 hours of downtime per month. For anything customer-facing, that's a lot. - **99.9% is the realistic sweet spot** for most small businesses — about 43 minutes of allowed downtime per month. - **Each additional nine is roughly a 10x improvement** — and usually a large jump in cost and engineering complexity. - **Five nines (26 seconds/month) is extremely hard** and typically reserved for critical infrastructure with significant redundancy investment. ## Why the Percentage Doesn't Tell the Whole Story Here's the catch: uptime percentage treats all downtime equally. But not all downtime is equal. Consider two services, both at 99.9% uptime for the month (43 minutes of downtime): - **Service A** had one 43-minute outage at 3 AM on a Sunday. Almost nobody noticed. - **Service B** had 43 one-minute outages scattered throughout peak business hours. Hundreds of users hit errors, abandoned carts, and failed requests. Same SLA. Wildly different real-world impact. This is exactly why an [uptime report](/blog/how-to-read-an-uptime-report) matters more than a single headline number — *when* and *how* downtime happens is often more important than the raw percentage. ## SLA vs. Reality: What You Actually Measure There's an important distinction between the SLA (the promise) and your **measured** uptime (what actually happened). Your measured uptime depends heavily on your [check interval](/blog/how-to-choose-the-right-check-interval): - With **5-minute checks**, a 2-minute outage might fall entirely between checks and never be recorded. Your measured uptime looks better than reality. - With **1-minute checks**, you catch far more short outages, so your measured number is more accurate — and often slightly lower. This means a provider claiming "99.99% uptime" measured with infrequent internal checks may actually deliver less. Your own [external monitoring](/blog/how-to-monitor-website-uptime) — checking from outside their network — is the only way to know what *you* actually experience. ## How to Choose Your Own Uptime Target If you're setting an uptime goal for your own service, be realistic: **99.9% (three nines)** is the right target for most small teams and SaaS products. It's achievable without massive infrastructure investment, and 43 minutes of monthly downtime budget gives you room for deploys, occasional incidents, and maintenance. **99.95%-99.99%** makes sense if you're revenue-critical — an [e-commerce checkout](/for/e-commerce), a [payment API](/monitor/stripe), or a [SaaS product](/for/saas) where minutes of downtime cost real money. Reaching these levels requires redundancy, fast incident response, and tight monitoring. **Don't promise 100%.** It's not achievable, and customers know it. A realistic, honestly-stated SLA builds more trust than an impossible promise. ## What This Means for Monitoring Whatever your target, you can't manage what you don't measure. To track uptime against an SLA, you need: 1. **Consistent monitoring** — checks at a regular [interval](/blog/how-to-choose-the-right-check-interval), 24/7 2. **Accurate incident records** — every outage logged with start time, duration, and cause 3. **A check interval that matches your target** — if you're aiming for 99.99% (4 minutes/month), 5-minute checks won't give you accurate enough data 4. **A way to communicate status** — a [public status page](/blog/what-is-a-status-page) that shows your real uptime builds trust The percentage on your dashboard is only as honest as the monitoring behind it. Frequent checks, complete incident history, and transparent reporting turn an SLA from a marketing number into a real, measurable commitment. ## The Bottom Line "99.9% uptime" isn't a near-perfect guarantee — it's a budget of about 43 minutes of downtime per month. Each additional nine cuts that roughly 10x but costs significantly more to achieve. And the percentage alone never tells you what matters most: whether downtime hit at 3 AM on a Sunday or during your busiest hour. Understand the numbers, set a realistic target, measure honestly, and communicate transparently. That's worth more than any marketing claim of perfect uptime. [Start measuring your uptime →](https://app.monitoristic.com/register) To learn how to interpret the data once you're tracking it, read [How to Read an Uptime Report](/blog/how-to-read-an-uptime-report). --- # What Happens When Your Website Goes Down > The real cost of website downtime — from lost revenue and SEO damage to broken customer trust. Learn why every minute offline matters. *Source: https://monitoristic.com/blog/what-happens-when-your-website-goes-down* --- Your website just went down. Maybe it's a server error. Maybe a deploy went wrong. Maybe your hosting provider is having a bad day. Whatever the cause, the clock is ticking. Here's what's happening while your site is offline — and why the minutes between "site goes down" and "you find out" matter more than you think. ## The Immediate Impact ### Visitors Hit a Dead End Every person who tries to visit your site during an outage sees an error page — or worse, a blank screen. They don't wait. Studies consistently show that most users will leave a site that doesn't load within 3 seconds. If it's completely down, they leave immediately. Some of those visitors will try again later. Most won't. ### Search Engines Notice Google's crawlers visit your site regularly. If they encounter errors during a crawl, they note it. A single brief outage probably won't hurt your rankings. But repeated or prolonged downtime signals to search engines that your site is unreliable. The result: your pages get crawled less frequently, your rankings slip, and recovery takes weeks even after the site is back up. ### Revenue Stops If your site processes transactions — whether it's e-commerce, SaaS subscriptions, or ad revenue — every minute offline is money lost. And unlike a slow day, downtime revenue is unrecoverable. Those customers didn't just buy less — they couldn't buy at all. For subscription businesses, the impact extends beyond the outage. A customer who can't access the product they're paying for questions whether they should keep paying. ## The Cascading Effects ### Customer Trust Erodes The first outage is forgiven. The second raises eyebrows. The third makes people start evaluating alternatives. Trust is cumulative and slow to build. It only takes a few visible incidents to undo months of reliability. This is especially true for B2B products where your customers' businesses depend on your uptime. ### Support Volume Spikes When your site goes down, your inbox fills up. "Is your site down?" "I can't log in." "My payment didn't go through." Each of these takes time to respond to, even if the answer is the same: "We're aware and working on it." Without a public status page, every user who notices the outage becomes a support ticket. With one, they check the page, see you're aware, and wait. ### Team Productivity Takes a Hit An outage pulls people away from whatever they were working on. Engineers drop their current tasks to investigate. Product managers field questions. Customer support goes into firefighting mode. The cost of an outage isn't just the downtime itself — it's the hours of productive work lost to the response. ## The Detection Gap Here's the part that most teams get wrong: **the biggest cost isn't the outage itself — it's how long it takes you to find out.** If your site goes down at 2 AM and you don't find out until 8 AM, that's 6 hours of downtime. If you had monitoring in place, you could have known within minutes. The gap between "site goes down" and "team is notified" is the most expensive window in any outage. Everything that happens during that gap — lost visitors, lost revenue, SEO damage, eroded trust — is preventable with monitoring. ## What Good Teams Do Differently Teams that handle downtime well share a few practices: **They detect fast.** Automated monitoring checks their site every few minutes. When something breaks, they know within minutes, not hours. **They communicate proactively.** A public status page tells users "we know, we're working on it" before the support tickets start arriving. **They track incidents.** Every outage is recorded — when it started, when it was detected, when it was resolved, and what caused it. This data helps prevent repeat incidents. **They plan for maintenance.** Scheduled maintenance windows suppress false alerts and let users know downtime is intentional, not an emergency. ## The Simple Math Consider a website that makes $100/hour in revenue (not unrealistic for a small e-commerce site or SaaS product): | Detection Time | Downtime | Revenue Lost | |----------------|----------|-------------| | No monitoring | 6 hours (found manually) | $600 | | 5-minute checks | ~10 min (detect + respond) | $17 | | 2-minute checks | ~5 min (detect + respond) | $8 | The difference between "no monitoring" and "basic monitoring" isn't marginal — it's 50x. ## What You Can Do Right Now 1. **Set up monitoring.** Even basic HTTP monitoring with 5-minute checks is dramatically better than nothing. 2. **Enable instant alerts.** Email is fine. Telegram or webhooks are faster. 3. **Create a status page.** Give your users a place to check before they email you. 4. **Document your incidents.** Track every outage so you can spot patterns. The goal isn't zero downtime — that's unrealistic. The goal is fast detection, clear communication, and quick resolution. Everything else follows from there. And remember: complete outages aren't the only threat. [A slow website](/blog/the-true-cost-of-a-slow-website) — one that responds but takes seconds to load — quietly drives visitors away without ever triggering a down alert. Monitoring response time alongside availability catches both problems. If your business depends on services like Shopify or Stripe, their downtime costs you money too. Read our guides on [when Shopify goes down](/monitor/shopify) and [when Stripe goes down](/monitor/stripe) to prepare your team for third-party outages. ## Related Reading - [What to Do When Your Website Goes Down](/blog/what-to-do-when-your-website-goes-down) — a step-by-step response plan - [How Much Does Website Downtime Cost?](/blog/how-much-does-website-downtime-cost) — put a number on it - [How to Set Up a Public Status Page](/blog/how-to-set-up-a-public-status-page) — communicate during an outage - Learn the terms: [downtime](/glossary/downtime), [outage](/glossary/outage), and [incident](/glossary/incident) --- # What Is a Status Page and Why Your Users Need One > A status page tells your users whether your service is up or down — before they have to ask. Learn what makes a good status page and why it matters for trust. *Source: https://monitoristic.com/blog/what-is-a-status-page* --- Your app goes down at 2 PM on a Tuesday. Within minutes, your inbox fills up. "Is the site down?" "Are you aware of the issue?" "When will it be fixed?" "Hello?" You're already debugging the problem. Now you're also managing a dozen conversations. Every reply is the same: yes, we know, we're working on it. A status page eliminates that entire loop. Instead of answering the same question twenty times, you point to one URL that answers it for everyone. ## What a Status Page Actually Is A status page is a public webpage that shows the current state of your service. At its simplest, it answers one question: **is it working right now?** A typical status page shows: - **Components**: Your key services listed individually — API, web app, dashboard, checkout - **Current status**: Whether each component is operational, degraded, or experiencing an outage - **Uptime history**: A visual bar showing the last 30 days of uptime for each component - **Active incidents**: What's currently broken, when it started, and what you're doing about it - **Maintenance schedule**: Planned downtime that users should know about Your users don't need to understand your infrastructure. They need to know if the thing they're trying to use is working. A status page gives them that in five seconds. ## Why Your Users Need One ### It replaces "is it down?" support tickets Every minute of downtime without a status page generates support load. Users can't tell whether the problem is on your end or theirs. So they email, they message, they tweet. A status page is a self-service answer to the most common support question during an outage. ### It builds trust through transparency Publishing your uptime data — including the bad days — signals confidence. It says: we track this, we take it seriously, and we're not hiding anything. Users trust products that acknowledge imperfection over products that pretend to be perfect. The companies with the best reputations for reliability aren't the ones that never go down. They're the ones that communicate clearly when they do. ### It reduces panic during outages When users see a blank page or an error message, they don't know what's happening. Is it a five-minute blip or a catastrophic failure? Are you even aware? A status page with an active incident and regular updates answers all of that. It turns panic into patience. ### It protects your brand during maintenance Planned maintenance without a status page looks identical to an outage from the user's perspective. They see an error, they assume something broke. A status page with a scheduled maintenance notice reframes it: this is planned, it's temporary, and here's when it'll be done. ## What Makes a Status Page Good Not all status pages are useful. Here's what separates a helpful one from a forgettable one. **Separate from your main app.** If your status page runs on the same infrastructure as your product, it goes down when your product goes down. Host it on a subdomain like `status.yourdomain.com` with independent infrastructure. **Updated automatically.** A status page that shows "All Systems Operational" during an outage is worse than no status page at all. Automatic updates from your monitoring system ensure the page reflects reality, not someone's last manual update from three hours ago. **Simple and scannable.** Your users are checking the status page because something feels broken. They want a yes-or-no answer in under five seconds. Component names should be clear, status indicators should be visual (green/red), and the overall state should be obvious at a glance. **Includes history.** A status page that only shows current status misses half the value. A 30-day uptime bar for each component lets users assess your reliability over time, not just in this moment. **Shows maintenance windows.** Scheduled downtime displayed on the status page prevents false alarm support tickets and shows users you plan ahead. ## Who Needs a Status Page If any of these apply to you, a status page adds value: - **You have paying customers** who depend on your service being available - **You run a SaaS product** where downtime directly affects your users' workflows - **You manage client sites** and need a professional way to communicate uptime - **You offer an API** that other products integrate with - **You're tired of answering "is it down?"** during every outage You don't need to be a large company. A solo developer with a handful of users benefits from a status page just as much — maybe more, because you don't have a support team to absorb the flood of "is it down?" messages. ## How to Set One Up The fastest path is to use your uptime monitoring tool's built-in status page. In [Monitoristic](/docs/setting-up-monitor), you can create a status page in under a minute: 1. Pick which monitors appear on the page 2. Choose a URL slug (or connect a custom domain like `status.yourdomain.com`) 3. Share the link with your users The page updates automatically based on your monitoring data. When a monitor detects downtime, the status page reflects it immediately. When you schedule maintenance, it shows on the page. No manual updates needed. For a step-by-step walkthrough, see our guide on [how to set up a public status page](/blog/how-to-set-up-a-public-status-page). ## The Status Page You Ignore Is the One Your Users Need Most Most founders don't think about status pages until their first major outage. By then, the damage is done — users are frustrated, support is overwhelmed, and trust takes a hit. Setting one up takes less time than writing a single "sorry for the downtime" email. And unlike that email, it works automatically the next time something breaks. ## Related Reading - [How to Set Up a Public Status Page](/blog/how-to-set-up-a-public-status-page) — a step-by-step walkthrough - [What Happens When Your Website Goes Down](/blog/what-happens-when-your-website-goes-down) — the anatomy of an outage - [How to Use Maintenance Windows](/blog/how-to-use-maintenance-windows) — avoid false alarms during planned work - Learn the terms: [status page](/glossary/status-page), [incident](/glossary/incident), and [maintenance window](/glossary/maintenance-window) --- # What Is API Monitoring and Why It Matters > Your website can look perfectly fine while your API is failing behind the scenes. Here's what API monitoring is, how it differs from website monitoring, and why your app needs it. *Source: https://monitoristic.com/blog/what-is-api-monitoring* --- Here's a scenario that trips up a lot of teams: your website monitor shows 100% uptime. Green across the board. But your users are complaining that the app doesn't work. They can load the page, but their data won't appear. Buttons don't respond. The dashboard is empty. What happened? Your website is up, but your **API** is down. This is exactly the gap that API monitoring fills. Let's break down what it is, how it's different from regular website monitoring, and why most modern applications need both. ## What Is an API? If you're new to the term: an API (Application Programming Interface) is how different pieces of software talk to each other. When you load a web app, the page itself is one thing — but the actual data (your account info, your orders, your messages) is usually fetched separately from an API. Think of a restaurant. The website is the dining room — it's what you see. The API is the kitchen — where the actual work happens. You can walk into a beautiful dining room, sit down, and still get no food if the kitchen is broken. Modern websites work the same way. The page loads (the dining room), then JavaScript calls the API (the kitchen) to fetch your data. If the API fails, the page looks fine but nothing works. ## What Is API Monitoring? API monitoring is the practice of regularly checking that your API endpoints are: 1. **Available** — the endpoint responds at all 2. **Correct** — it returns the expected status code (usually 200) and the right data 3. **Fast** — it responds within an acceptable time A monitoring tool sends a request to your API endpoint at regular intervals — just like it would for a website — and verifies the response. If the endpoint returns an error, times out, or responds too slowly, you get an alert. ## How API Monitoring Differs from Website Monitoring The two are related but check different things. Here's the distinction: | | Website Monitoring | API Monitoring | |---|---|---| | **What it checks** | Does the page load? | Does the data endpoint respond correctly? | | **What it catches** | Server down, page errors, slow loading | API errors, bad responses, auth failures, slow queries | | **Typical request** | GET the homepage HTML | GET/POST a specific API endpoint | | **What it misses** | Backend/API failures behind a working page | Frontend/page rendering issues | This is the same distinction we cover in detail in [HTTP vs API monitoring](/blog/http-vs-api-monitoring). The short version: they're complementary, not interchangeable. **The critical insight**: a static homepage served from a CDN can load perfectly even when your entire backend is on fire. Website monitoring alone gives you false confidence. If your homepage is the only thing you monitor, you can have a completely broken application showing green on your dashboard. ## Why API Monitoring Matters ### 1. Your Website Can Lie to You As covered above, a loading page doesn't mean a working app. The most dangerous outages are the ones your monitoring doesn't catch — where everything looks fine but nothing works. API monitoring closes that blind spot. ### 2. APIs Fail in Ways Pages Don't APIs have failure modes that simple page loads don't: - **Authentication breaks** — your auth service goes down, and every API call returns 401. The page loads, but no user can access their data. - **Database connection exhaustion** — your [database](/monitor/supabase) hits its connection limit, and API calls start timing out while the static page keeps serving. - **Rate limiting** — a dependency you call starts rate-limiting you, and your API returns errors for a portion of requests. - **Bad deploys** — a code change breaks an endpoint's logic. It returns a 200 but with wrong or empty data. ### 3. Third-Party APIs Are Single Points of Failure Most apps depend on external APIs — [Stripe](/monitor/stripe) for payments, an email service, an auth provider, a data API. When any of these goes down, your app breaks even though your own code is perfect. Monitoring the third-party endpoints you depend on means you find out about their outages immediately — instead of discovering them when your checkout starts failing and customers complain. ### 4. Performance Degradation Is an Early Warning API response times tell a story. An endpoint that normally responds in 100ms but slowly creeps to 800ms over a few weeks is warning you about something — a growing database, an inefficient query, a struggling dependency. [Tracking response times](/blog/how-to-read-an-uptime-report) lets you catch and fix these issues before they become full outages. ## What to Monitor on Your API If you're setting up API monitoring, start with the endpoints that matter most: **Health endpoint** — many APIs expose a `/health` or `/status` endpoint that checks internal dependencies (database, cache, external services) and returns 200 only when everything is working. This is the single most valuable thing to monitor because it tests the whole stack in one call. **Authentication endpoint** — if auth breaks, your whole app is effectively down. Monitor your login or token endpoint. **Core data endpoints** — the API calls your app makes most often. If these fail, your main features break. **Critical third-party APIs** — payment processors, email services, and any external API your app can't function without. ## How to Set Up API Monitoring The good news: API monitoring uses the same mechanism as website monitoring. You point a monitor at the API URL instead of a page URL. For a basic setup in [Monitoristic](/docs/setting-up-monitor): 1. **Create a monitor** pointing to your API endpoint (e.g., `https://api.yourapp.com/health`) 2. **Set the HTTP method** — GET for read endpoints, POST if the endpoint requires it 3. **Set the expected status code** — usually 200, but match what your endpoint actually returns 4. **Add custom headers if needed** — some endpoints require an API key or auth token in the headers 5. **Set a tight [check interval](/blog/how-to-choose-the-right-check-interval)** — APIs are usually more critical than marketing pages, so 1-2 minute checks make sense 6. **Connect [alerts](/docs/telegram)** so you know the moment an endpoint fails For best results, monitor a `/health` endpoint that internally verifies your database and key dependencies. That way, a single monitored endpoint reflects the health of your entire backend. ## The Bottom Line Website monitoring tells you if your site loads. API monitoring tells you if it actually works. For any modern application that fetches data — which is almost all of them — you need both. The page is the dining room. The API is the kitchen. Monitor both, or you'll keep seating customers in a beautiful room with no food coming out. [Start monitoring your API →](https://app.monitoristic.com/register) For a deeper look at the technical difference between the two, read [HTTP vs API Monitoring: What's the Difference?](/blog/http-vs-api-monitoring) --- # What to Do When Your Website Goes Down: A Step-by-Step Checklist > Your site is down and the clock is ticking. Here's exactly what to do — from confirming the outage to communicating with users to preventing it from happening again. *Source: https://monitoristic.com/blog/what-to-do-when-your-website-goes-down* --- Your monitoring alert fires. Your site is down. The next 10 minutes determine whether this is a minor blip or a reputation-damaging incident. Not because of the technical fix — most outages resolve themselves or require a simple restart. The damage comes from how you respond: how fast you confirm, how clearly you communicate, and whether you learn anything from it afterward. Here's the checklist. Bookmark it. You'll need it at 2 AM when your brain isn't at its best. ## Step 1: Confirm the Outage (1 minute) Before you do anything, confirm the site is actually down — not just slow, not just broken for you, not just a DNS cache issue on your machine. **Check these in order:** 1. Open your [monitoring dashboard](/). If your uptime monitor shows the site as down with a timestamp, that's confirmation. 2. Try accessing the site from your phone on mobile data (not WiFi) — this rules out local network issues. 3. Check a different page or endpoint — the homepage might be down while the API is fine, or vice versa. **What you're looking for**: Is it completely unreachable (connection timeout, DNS failure) or partially broken (500 errors, slow loading, specific pages failing)? This distinction determines your next step. Don't skip this. People waste 15 minutes troubleshooting their own network when the site is actually fine, or miss that only one endpoint is failing while the rest works. ## Step 2: Check the Obvious Causes (2–3 minutes) Most outages have simple causes. Check these before diving into logs: **Hosting provider:** - Is your server/droplet/instance actually running? Check your provider's dashboard. - Did you run out of resources (disk, memory, CPU)? Provider dashboards usually show this. - Check your hosting provider's [status page](https://www.githubstatus.com) — if it's a platform-wide issue, there's nothing you can fix on your end. **Recent changes:** - Did anyone deploy code in the last hour? A bad deploy is the most common cause of sudden outages. - Did any scheduled tasks run? Database migrations, cron jobs, and backup processes can take down a site. - Did you update any environment variables, DNS records, or SSL certificates recently? **Third-party services:** - Is your database accessible? Check [Supabase](/monitor/supabase), [Firebase](/monitor/firebase), or your managed database provider's status. - Is your CDN/edge network healthy? Check [Cloudflare](/monitor/cloudflare), [Netlify](/monitor/netlify), or [Vercel](/monitor/vercel). - Is your auth provider responding? A broken auth service blocks all logged-in functionality. If you find the cause here, skip to Step 4 (Fix It). If not, continue. ## Step 3: Communicate Immediately (Don't Wait) This is where most teams fail. They stay silent, hoping to fix it quickly and pretend it didn't happen. That never works. **Right now, before you fix anything:** 1. **Update your status page**: If you have a [public status page](/blog/how-to-set-up-a-public-status-page), mark the affected service as "Investigating." This takes 30 seconds and saves you from answering 50 individual support messages. 2. **Post in your team channel**: "Site is down, investigating. Will update in 10 minutes." This prevents five people from independently discovering the same problem. 3. **Prepare a user-facing message**: Keep it simple. "We're aware of an issue affecting [service]. We're investigating and will update shortly." No jargon, no blame, no speculation about the cause. **What NOT to communicate:** - Don't say "We'll be back in 5 minutes" unless you're certain - Don't blame a vendor by name in real-time - Don't share technical details publicly (save that for the post-mortem) ## Step 4: Fix It The fix depends on what you found in Step 2. Here are the most common scenarios: **Bad deploy → Roll back:** If the outage started immediately after a deployment, roll back first, investigate second. A rollback takes minutes. Debugging a broken deploy while the site is down takes longer and costs more. **Server crash → Restart:** If your application process crashed (OOM kill, unhandled exception), restart it. Check logs after the restart to understand why it crashed. **Resource exhaustion → Free resources:** Full disk? Clear old logs and temp files. Out of memory? Restart and set up alerts. Database connections maxed? Kill idle connections and check for leaks. **Hosting/DNS issue → Contact provider:** If it's your hosting provider or DNS provider, contact their support and monitor their status page. There's nothing you can fix on your end for infrastructure-level issues. **SSL certificate expired → Renew:** This happens more often than anyone admits. Renew the certificate and set a calendar reminder for next time. **Unknown cause → Gather evidence:** If nothing obvious is wrong, start collecting data: server logs, application logs, error rates, response time trends. Check if the issue is intermittent or continuous. Sometimes the best move is to restart everything and analyze logs after the service is restored. ## Step 5: Verify Recovery (Don't Trust One Check) Your site responds once. Is it actually back? **Verify properly:** 1. Check your monitoring dashboard — wait for at least 2–3 consecutive successful checks, not just one. 2. Test the full user flow — homepage, login, core functionality, [checkout if applicable](/for/e-commerce). 3. Check response times — the site might be "up" but responding in 10 seconds. That's functionally broken. 4. Verify from multiple locations — if you're only testing from your own machine, you might have a cached version. **Update your communications:** - Status page → "Resolved" with a brief note - Team channel → "Site is back, verified, monitoring closely" - If you posted on social media → follow up with a resolution message ## Step 6: Post-Mortem (Within 24 Hours) Don't skip this. If you skip this, the same outage will happen again and you'll follow the same checklist from scratch. A post-mortem doesn't need to be a formal document. Answer five questions: 1. **What happened?** One-sentence description of the incident. 2. **When did it start and end?** Use timestamps from your [uptime monitor](/blog/how-to-read-an-uptime-report). Don't guess. 3. **How was it detected?** Monitoring alert? User report? Accidentally noticed? 4. **What was the fix?** What specifically resolved the issue? 5. **What will prevent this next time?** This is the only question that matters long-term. Be specific — "we'll be more careful" is not a prevention measure. **Common prevention measures:** - Set up a [monitoring alert](/docs/telegram) if you didn't have one - Add a [health check endpoint](/docs/setting-up-monitor) that tests more than just the homepage - Tighten your [check interval](/blog/how-to-choose-the-right-check-interval) on critical endpoints - Add a deployment health gate (don't route traffic until the new version responds) - Set up [webhook alerts](/blog/how-to-set-up-webhook-alerts-for-downtime) to notify your team channel automatically - Set up disk space / memory alerts with your hosting provider ## The Checklist (Copy This) When your site goes down: - [ ] Confirm the outage (monitoring dashboard, mobile data, different endpoint) - [ ] Identify the type (full outage, partial, specific endpoint) - [ ] Check hosting provider status - [ ] Check for recent deploys or changes - [ ] Check third-party service status pages - [ ] Update your status page to "Investigating" - [ ] Notify your team - [ ] Apply the fix (rollback, restart, contact provider) - [ ] Verify recovery (multiple checks, full user flow, response times) - [ ] Update status page to "Resolved" - [ ] Write a post-mortem within 24 hours ## Every Outage Is a Rehearsal The first time your site goes down, it feels like an emergency. By the fifth time, it's a procedure. The teams that handle downtime well aren't the ones who never have outages — they're the ones who have a playbook and follow it. This checklist is your playbook. Refine it after each incident. Over time, your mean time to detect drops, your mean time to resolve shrinks, and the chaos that used to consume an hour gets compressed into 10 focused minutes. --- # Why Free Uptime Monitors Aren't as Reliable as You Think > Free uptime monitoring sounds great until you miss a critical outage. Here's why free tiers cut corners and what it costs you. *Source: https://monitoristic.com/blog/why-free-uptime-monitors-arent-reliable* --- Free uptime monitoring is one of the most appealing offers in the developer toolbox. Zero cost, basic functionality, peace of mind. What's not to like? Quite a lot, actually. Free monitoring tools have real limitations that most teams don't think about until something goes wrong. Here's what you're trading away when you choose "free." ## The 5-Minute Problem Most free monitoring tiers check your site every 5 minutes. That sounds frequent enough — until you do the math. A 5-minute interval means your site could be down for nearly 5 full minutes before the first failed check even fires. Add notification delivery time and human response time, and you're looking at 7-10 minutes of downtime before anyone starts investigating. Now multiply that by the number of visitors your site gets per minute. For a site with modest traffic — say 20 visits per minute — a 10-minute outage means 200 people hit a broken site. With faster checks — even 2-minute intervals — you detect the problem significantly sooner. Those minutes matter. ## Feature Gating Free tiers exist for one reason: to get you onto the paid plan. That means the features you actually need are usually locked behind a paywall: - **Status pages** — Want to show your users that you're aware of an outage? Pay up. - **Maintenance windows** — Need to suppress alerts during planned maintenance? That's a paid feature. - **Faster checks** — 1-minute intervals are almost always premium-only. - **More monitors** — Free plans cap you at a handful of endpoints. - **Better notifications** — SMS, Slack, or webhook integrations often require upgrading. You end up with a monitoring tool that technically works but doesn't do the things you need when it matters most — during an actual incident. ## Infrastructure Compromises Running a monitoring service costs money. Servers, bandwidth, and engineering time aren't free. When a company offers a free tier, something has to give. Common compromises on free tiers: - **Shared infrastructure** — Your checks compete with thousands of other free users for resources. - **Lower priority** — When the monitoring service itself is under load, free accounts are often the first to be deprioritized. - **Fewer check locations** — Your site might be checked from a single region, missing regional outages entirely. - **Slower alert delivery** — Free tier notifications may be queued behind paid users. You won't notice any of this during normal operation. You'll notice it during the one moment monitoring matters: when something is actually down. ## The False Sense of Security The biggest risk of free monitoring isn't what it misses — it's what it makes you believe. "We have monitoring set up" gives teams confidence that they'll know about problems. But if that monitoring checks every 5 minutes from a single location with basic notifications, you're only catching the most obvious, prolonged outages. Intermittent issues, partial outages, slow degradation, regional problems — these slip through the gaps of a basic free monitor. And because you believe you're covered, you don't investigate further. ## When Free Actually Makes Sense Free monitoring isn't always wrong. It makes sense in specific situations: - **Side projects** you don't monetize and where downtime doesn't cost you anything - **Development and staging environments** where you just want a basic health check - **Initial validation** before you decide what monitoring tool to invest in - **Personal websites** where you're the only user and you'll notice problems yourself If any real users, revenue, or reputation depends on your uptime, free monitoring is a false economy. For a side-by-side look at how free and paid tools compare across features, pricing, and limitations, see our [alternatives comparison](/alternatives). If you're a solo developer weighing the trade-off, our guide on [monitoring with a minimal setup](/blog/monitoring-for-solo-developers) covers exactly what you need without overcomplicating things. ## What Reliable Monitoring Costs Paid monitoring doesn't have to be expensive. Monitoristic starts at $5 per month — less than a coffee — and includes: - Check intervals from 5 minutes down to 1 minute (by plan) - Status pages included on every plan - Incident tracking and maintenance windows - Telegram and webhook notifications - 30-day data retention (90 days on Pro and Business) That $5 buys you faster detection, better tools for incident response, and the confidence that your monitoring actually works when you need it. ## The Bottom Line Free monitoring tools serve a purpose, but they're not built for production workloads. The limitations — slower checks, fewer features, lower priority infrastructure — are exactly the kind of compromises that hurt most during a real incident. If your site matters to your business, invest in monitoring that matches. The cost of a monitoring tool is negligible compared to the cost of [downtime you didn't catch](/blog/how-much-does-website-downtime-cost). Not sure where to start? See how the [best uptime monitoring tools for small teams](/blog/best-uptime-monitoring-tools-for-small-teams) compare across features, pricing, and free tiers. --- # Why Uptime Monitoring Matters for Your Business > Downtime costs more than you think. Learn why proactive uptime monitoring is essential for developers, startups, and growing teams. *Source: https://monitoristic.com/blog/why-uptime-monitoring-matters* --- Every minute your website is down, you're losing visitors, revenue, and trust. Yet most teams only discover downtime when a customer complains — or worse, when they notice a drop in sales days later. ## The Real Cost of Downtime Downtime isn't just a technical inconvenience. It has measurable business impact: - **Lost revenue.** If your site processes transactions, every minute offline is money left on the table. - **SEO damage.** Search engines penalize sites with frequent or prolonged outages. Google's crawlers note availability, and repeated downtime can hurt your rankings. - **Customer trust.** Users who encounter a down site may never return. First impressions matter, and a 503 error isn't the one you want to make. - **Performance degradation.** Downtime isn't the only cost — [a slow website](/blog/the-true-cost-of-a-slow-website) quietly leaks visitors and rankings even when it technically returns a 200. - **Team productivity.** Without monitoring, your team spends time manually checking sites instead of building and shipping. ## Why Manual Checks Don't Work "I'll just check the site myself" sounds reasonable until you do the math. Your site is online 24 hours a day, 7 days a week. You're not. Even if you check every hour during work hours, that leaves 16 hours of blind spots every day — plus weekends. Automated monitoring checks your endpoints at regular intervals, around the clock. When something goes wrong, you know within minutes, not hours. ## What to Look for in a Monitoring Tool Not all monitoring tools are created equal. Here's what matters: ### 1. Fast Detection The gap between downtime starting and you finding out is critical. Look for tools that check frequently — every minute is ideal — so you can respond before most users are affected. ### 2. Reliable Notifications A monitoring tool that detects downtime but fails to notify you is worse than useless. You need notifications through channels you actually check: Telegram, webhooks to Slack or Discord, or other integrations your team already uses. ### 3. Status Pages Your users deserve transparency. A public status page lets them check service health without flooding your support channels. It builds trust and reduces the "is it just me?" anxiety. ### 4. Incident Tracking Knowing *that* something went down is step one. Knowing *when* it went down, *how long* it lasted, and *how often* it happens gives you the data to make infrastructure decisions and hold vendors accountable. ## Getting Started Setting up monitoring doesn't need to be complicated or expensive. With Monitoristic, you can add your first monitor in under a minute: 1. **Add your URL** — enter the endpoint you want to monitor. 2. **Set your expected response** — choose the HTTP status code you expect (usually 200). 3. **Connect notifications** — link your Telegram or webhook so you're alerted instantly. That's it. Your site is now monitored around the clock, and you'll know about problems before your customers do. For a more detailed walkthrough, see our [step-by-step monitoring setup guide](/blog/how-to-set-up-uptime-monitoring). If you're a solo developer, our guide on [monitoring with a minimal setup](/blog/monitoring-for-solo-developers) covers exactly what you need and what you can skip. ## The Bottom Line Uptime monitoring is one of those tools that feels unnecessary — until the moment you desperately need it. The cost of setting it up is minutes. The cost of not having it could be days of undetected downtime, lost customers, and damaged reputation. Don't wait for the first outage to take monitoring seriously. Not sure which tool to use? See how the most popular options compare on our [alternatives page](/alternatives), or read about the [common monitoring mistakes](/blog/5-monitoring-mistakes-that-cost-you-customers) that leave teams exposed even after they've set up a monitor. --- # Why We Built Monitoristic > The story behind Monitoristic — why a solo developer built yet another uptime monitor, and why it's not free. *Source: https://monitoristic.com/blog/why-we-built-monitoristic* --- I didn't set out to build an uptime monitoring product. I just needed one. ## The Problem Was Personal I run a few web projects — sites, APIs, tools. Nothing huge, but enough that I care when they go down. And they do go down. Servers restart, deployments break things, SSL certificates expire at 2 AM on a Saturday. Every time it happened, the same pattern played out: a user would email me, or I'd notice by accident hours later, or — worst of all — I'd check my analytics a week later and see a mysterious traffic dip that lined up perfectly with an outage I never knew about. I needed monitoring. So I looked at what was available. ## The Options Didn't Fit The market has two ends, and not much in between. On one end, free tools. They check every 5 minutes, which sounds fine until you realize your site could be down for nearly 5 minutes before a single check even fires. The features you actually need — status pages, maintenance windows, decent notifications — are locked behind paid tiers that aren't cheap once you add them up. On the other end, enterprise platforms. Comprehensive, powerful, and priced for teams with dedicated DevOps budgets. Great if you're running infrastructure for a Fortune 500. Overkill if you're a developer with a handful of projects. What I wanted was simple: check my sites frequently, tell me immediately when something's wrong, give me a status page I can share with users, and don't charge me enterprise prices for it. That tool didn't exist. So I built it. ## Building for Myself First The first version of Monitoristic was exactly what I needed and nothing more. HTTP monitoring with fast, frequent checks. Telegram notifications because that's where I actually see messages. A status page so my users could check for themselves instead of emailing me. I used it for my own projects for a while. It caught real outages — the kind that would have gone unnoticed for hours without monitoring. A deployment that silently failed. A database that ran out of connections at 3 AM. An API endpoint that started returning 500s after a dependency update. Each time, I knew within a minute. Fixed it before most users noticed. That felt good. ## Opening It Up At some point, I realized the problem I'd solved for myself wasn't unique. Every solo developer, every small startup, every freelancer running client projects faces the same gap: the free tools aren't reliable enough, and the paid tools are too expensive or too complex. So I decided to open Monitoristic up. Not as a free tool — I'd seen how that model works, and it's not sustainable for the kind of reliability monitoring demands. Instead, I priced it where it makes sense: $5 a month for developers with a few sites, $15 for growing teams, $30 for agencies and businesses with larger portfolios. Every plan gets the same core features. Status pages. Incident tracking. Maintenance windows. Check intervals scale with your plan — from 5 minutes on Lite up to every minute on Business — but no features are locked behind higher tiers. ## Why It's Not Free This is deliberate, and I want to be transparent about it. Free monitoring services have to cut costs somewhere. Slower check intervals, limited notifications, deprioritized infrastructure for free accounts. The tool is free, but the trade-off is that it's less reliable exactly when reliability matters most — during an actual outage. Monitoristic costs money because monitoring infrastructure costs money. Every check, every notification, every status page request uses real resources. Charging from day one means I can invest in reliability instead of optimizing for free user volume. I'd rather have fewer customers who trust the tool than millions of free accounts getting a degraded experience. ## What's Next Monitoristic is still early. The core is solid — HTTP monitoring, incident tracking, status pages, and notifications all work reliably. But there's more to build. Email alerts, Slack and Discord integrations, custom domains for status pages, and a public API are all on the roadmap. I'm building in public, and you can see what's coming on the [changelog](/changelog) page. If you're a developer or a small team looking for monitoring that just works — without the enterprise complexity or the free-tier compromises — I built this for you. Because I built it for me first, and it solved the exact problem you're dealing with right now. [Start monitoring your sites →](https://app.monitoristic.com/register) --- # How to Monitor GitHub Uptime > GitHub is a platform for version control and collaboration, used by millions of developers worldwide. *Source: https://monitoristic.com/monitor/github* --- ## Why Monitor GitHub? GitHub outages affect CI/CD pipelines, pull request workflows, and deployments. If your team ships code through GitHub, an outage can halt your entire development process. ## What to Monitor - `github.com` — Main site availability - `api.github.com` — REST API for integrations and CI/CD - `github.io` — GitHub Pages hosted sites ## What You Should Actually Do 1. Monitor the endpoints you depend on — not just github.com but api.github.com and any CI/webhook endpoints your pipelines use 2. Set up instant alerts — Telegram or webhooks so your DevOps engineer knows before anyone asks 3. Create an internal status page — one link the whole team can check instead of pinging each other 4. Document your dependency map — which services depend on GitHub? Who's blocked when it goes down? 5. Bookmark their status page — githubstatus.com is the authoritative source, but your own monitor often catches issues faster ## GitHub's Official Status Page GitHub publishes real-time status at https://www.githubstatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway The chaos isn't caused by GitHub going down. GitHub goes down sometimes — every service does. The chaos is caused by the gap between "GitHub is down" and "your team knows GitHub is down." That gap is where the uncertainty lives, where the Slack threads multiply, and where 6 engineers spend 20 minutes each confirming what a single alert would have told them in 60 seconds. ## Frequently Asked Questions ### How do I get notified when GitHub goes down? Set up an HTTP monitor for github.com on Monitoristic. When downtime is detected, you'll get an instant Telegram or webhook alert with the HTTP status code and timestamp. Recovery alerts fire when it comes back. ### What's the best check interval for monitoring GitHub? For production CI/CD dependencies, 1–2 minute intervals catch issues before they cascade. If you're monitoring for awareness, 5-minute checks are fine. Monitoristic offers 5 min (Lite), 2 min (Pro), and 1 min (Business). ### Can I monitor GitHub's API separately from the main site? Yes. Create separate monitors for github.com, api.github.com, and your CI webhook endpoint. Each tracks independently — so you'll know if the web UI is down but the API is fine, or vice versa. ### How is this different from githubstatus.com? GitHub's status page tells you when they detect an issue. Your own monitor tells you when you can't reach GitHub — which can happen before the official page updates. You also get push alerts instead of checking a webpage. --- # How to Monitor Shopify Uptime > Shopify is an e-commerce platform for building and managing online stores. *Source: https://monitoristic.com/monitor/shopify* --- ## Why Monitor Shopify? Shopify downtime means lost sales. If your storefront, checkout, or admin panel is unreachable, customers can't browse or buy — and you may not know until someone complains. ## What to Monitor - `your-store.myshopify.com` — Storefront availability - `your-store.myshopify.com/checkout` — Checkout flow - `your-store.myshopify.com/admin` — Admin panel access ## What You Should Actually Do 1. Monitor your storefront URL — not shopify.com, but YOUR store's URL 2. Monitor your checkout endpoint separately — the storefront can be up while checkout is broken 3. Set up alerts for your support team — they need to know before customers tell them 4. Create a status page for your customers — reduces "is your site down?" tickets by 80% 5. Bookmark shopifystatus.com — Shopify's official status page for platform-wide issues ## Shopify's Official Status Page Shopify publishes real-time status at https://www.shopifystatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Shopify outages don't announce themselves. Your storefront might load fine while the checkout silently fails. The gap between "checkout stops working" and "you notice orders stopped" is where the real damage happens. A monitor on your checkout endpoint closes that gap from hours to seconds. ## Frequently Asked Questions ### How do I get notified when my Shopify store goes down? Set up an HTTP monitor for your store's URL (your-store.myshopify.com) on Monitoristic. You'll get an instant alert via Telegram or webhook when it goes down, and a recovery alert when it comes back. ### Should I monitor Shopify.com or my own store URL? Monitor your own store URL. Shopify.com is their corporate site — your store runs on a different subdomain. Your store can go down (theme errors, app conflicts) even when the Shopify platform is healthy. ### Can Monitoristic detect a slow checkout? Yes. Monitoristic tracks response times for every check. If your checkout endpoint starts responding slowly (above your configured threshold), you'll see it in your dashboard. On Pro and Business plans, you can set response time thresholds for alerts. ### How is this different from Shopify's status page? Shopify's status page covers their platform globally. Your monitor checks YOUR specific store. You can have store-specific issues (theme bugs, app conflicts, DNS problems) that Shopify's status page won't show. --- # How to Monitor Slack Uptime > Slack is a messaging platform for teams, offering channels, direct messages, and integrations with business tools. *Source: https://monitoristic.com/monitor/slack* --- ## Why Monitor Slack? When Slack goes down, team communication stops. Integrations break, bots stop posting, and critical alerts from other tools never arrive. The irony: you can't even tell your team Slack is down... on Slack. ## What to Monitor - `slack.com` — Main app availability - `api.slack.com` — Bot and integration API - `hooks.slack.com` — Incoming webhook endpoints ## What You Should Actually Do 1. Monitor slack.com and hooks.slack.com — catch both app and integration outages 2. Never rely on Slack as your only alert channel — if Slack is down and your alerts go to Slack, you get nothing 3. Set up Telegram as a backup alert channel — it's independent of Slack's infrastructure 4. Document a backup communication plan — Google Meet link, email list, or phone tree 5. Bookmark status.slack.com — Slack's official status page ## Slack's Official Status Page Slack publishes real-time status at https://status.slack.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway The Slack outage paradox: the tool you'd use to tell your team about a problem is the problem. Every team that runs on Slack needs a monitoring and alerting system that doesn't depend on Slack. The 30-minute gap between "Slack is down" and "the team knows Slack is down" is entirely preventable with a single alert to a non-Slack channel. ## Frequently Asked Questions ### How do I get notified when Slack goes down? Set up an HTTP monitor for slack.com on Monitoristic with Telegram alerts (not Slack webhooks). When Slack goes down, you get a Telegram notification instead — which actually works because it's a separate service. ### Should I send monitoring alerts to Slack? Not as your only channel. If Slack is your alerting destination and Slack goes down, you lose your alerts exactly when you need them most. Use Telegram or webhooks as your primary alert channel, and Slack as a secondary. ### Can I monitor Slack's webhook API separately? Yes. Create one monitor for slack.com (the app) and another for hooks.slack.com (the webhook API). The app can be working while webhooks are degraded, or vice versa. ### How is this different from status.slack.com? Slack's status page covers their global platform. Your monitor checks whether YOU can reach Slack — which catches network-level issues, regional problems, and DNS failures that their status page might not reflect. --- # How to Monitor Vercel Uptime > Vercel is a cloud platform for deploying and hosting frontend applications and serverless functions. *Source: https://monitoristic.com/monitor/vercel* --- ## Why Monitor Vercel? If you host on Vercel, your production site lives on their infrastructure. A Vercel outage means your users see errors — and you need to know before they tell you. ## What to Monitor - `your-app.vercel.app` — Production deployment - `your-custom-domain.com` — Custom domain routing through Vercel - `api.vercel.com` — Deployment API (if using CI/CD) ## What You Should Actually Do 1. Monitor your production URL — the one your users actually visit, not vercel.com 2. Monitor the Vercel deployment URL separately — helps distinguish DNS issues from platform issues 3. Set up alerts before deploying — don't wait until the first outage to realize you're unmonitored 4. Create a status page for your clients — they shouldn't have to ask if the site is down 5. Bookmark vercel-status.com — Vercel's official status page for platform-wide issues ## Vercel's Official Status Page Vercel publishes real-time status at https://www.vercel-status.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Hosting on Vercel means trusting their infrastructure with your uptime. That trust is usually well-placed — but when things go wrong, you need to know before your users do. A deployment that succeeds doesn't mean the site is working. Monitor the live URL, not the deploy log. ## Frequently Asked Questions ### How do I get notified when my Vercel site goes down? Set up an HTTP monitor for your production domain on Monitoristic. You'll get an instant alert via Telegram or webhook when it returns errors, and a recovery alert when it's back. ### Should I monitor vercel.com or my own domain? Monitor your own domain — that's what your users visit. You can add vercel.com as a secondary monitor to distinguish between platform outages and domain-specific issues. ### How do I tell the difference between a Vercel outage and a code bug? Monitor both your custom domain and the .vercel.app URL. If both are down, it's Vercel. If only your custom domain is down, check DNS. If only specific pages fail, it's likely your code. ### How is this different from Vercel's status page? Vercel's status page covers their global platform. Your monitor checks YOUR specific site. You can have issues (DNS misconfig, serverless function timeouts) that Vercel's page won't show. --- # How to Monitor Stripe Uptime > Stripe is a payment processing platform used by businesses to accept online payments and manage subscriptions. *Source: https://monitoristic.com/monitor/stripe* --- ## Why Monitor Stripe? Stripe downtime means failed payments, stuck checkouts, and broken subscription flows. Even partial degradation can silently drop revenue without triggering obvious errors. ## What to Monitor - `api.stripe.com` — Core payment API - `checkout.stripe.com` — Hosted checkout pages - `dashboard.stripe.com` — Merchant dashboard access ## What You Should Actually Do 1. Monitor api.stripe.com — this is the endpoint your integration calls 2. Track response times — Stripe degradation often shows as slowness before full failures 3. Set up alerts for your support team — they'll get payment-related tickets before anyone else notices 4. Create a status page — customers need to know if payments are temporarily affected 5. Bookmark status.stripe.com — Stripe's official status page for platform-wide updates ## Stripe's Official Status Page Stripe publishes real-time status at https://status.stripe.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Payment outages are uniquely costly because they're silent. Your site keeps working, your pages keep loading — but the money stops flowing. The gap between "Stripe starts failing" and "someone notices revenue is down" can be hours. A single monitor on api.stripe.com with a response time threshold turns hours of silent revenue loss into a 60-second alert. ## Frequently Asked Questions ### How do I get notified when Stripe goes down? Set up an HTTP monitor for api.stripe.com on Monitoristic. You'll get an instant alert when Stripe's API starts returning errors. Recovery alerts fire when it comes back. ### Can I detect slow Stripe responses, not just outages? Yes. Monitoristic tracks response times for every check. On Pro and Business plans, you can set a response time threshold — if Stripe's API starts responding slower than your threshold, you'll be alerted before checkout starts failing. ### Should I monitor Stripe's dashboard or their API? Monitor the API (api.stripe.com) — that's what your integration calls. The dashboard (dashboard.stripe.com) is for merchants and can be down independently. Monitor both if you need dashboard access for operations. ### How is this different from status.stripe.com? Stripe's status page shows their global API health. Your monitor checks whether YOUR requests to Stripe are succeeding. Network-level issues, regional problems, or DNS failures can affect you without appearing on their status page. --- # How to Monitor Amazon Web Services Uptime > Amazon Web Services is a cloud computing platform offering compute, storage, database, and networking services. *Source: https://monitoristic.com/monitor/aws* --- ## Why Monitor Amazon Web Services? AWS powers a significant portion of the internet. A regional outage can take down your servers, databases, CDN, and storage. AWS's own status page has historically been slow to update during major incidents. ## What to Monitor - `your-app.com` — Your application's public endpoint - `your-app.com/api/health` — Backend health check endpoint - `your-app.com/api/status` — Service status endpoint ## What You Should Actually Do 1. Monitor your application externally — your monitoring should not run on the same infrastructure as your app 2. Monitor your health check endpoint — not aws.amazon.com, but YOUR application's public URL 3. Set up non-AWS alert channels — if your alerts go through SES and AWS email is down, you get nothing 4. Create a status page — your customers need a non-AWS-dependent place to check your status 5. Bookmark health.aws.amazon.com — but don't rely on it as your only signal ## Amazon Web Services's Official Status Page Amazon Web Services publishes real-time status at https://health.aws.amazon.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway The most dangerous thing about an AWS outage is that your monitoring might be on AWS too. If your app, your monitoring, your alerts, and your status page all run on the same infrastructure, a single outage makes you completely blind. External monitoring — checking your app from outside AWS — is the only way to know what your users see when things go wrong. ## Frequently Asked Questions ### How do I get notified when my AWS-hosted app goes down? Set up an HTTP monitor for your public endpoint on Monitoristic. Since Monitoristic runs on independent infrastructure, it can detect when your AWS-hosted app is unreachable — even if AWS's own monitoring is also affected. ### Should I monitor aws.amazon.com? No — monitor YOUR application's URL. AWS can have regional outages that only affect certain services in certain regions. Your app can be down while aws.amazon.com is perfectly healthy. ### Why not just use CloudWatch? CloudWatch runs on AWS. During an AWS outage, CloudWatch can be delayed or unavailable. External monitoring gives you a view from outside — what your actual users see when they try to reach your app. ### How is this different from AWS Health Dashboard? AWS Health Dashboard reports platform-wide service health. It's often slow to update during major incidents. Your external monitor checks YOUR specific endpoints and alerts you in seconds, not minutes. --- # How to Monitor Discord Uptime > Discord is a communication platform for communities and teams, offering voice, video, and text chat. *Source: https://monitoristic.com/monitor/discord* --- ## Why Monitor Discord? If you use Discord for community support, team chat, or webhook alerts, an outage means missed messages and lost context. Bot integrations fail silently — no errors, just silence. ## What to Monitor - `discord.com` — Main app availability - `discord.com/api` — Bot and integration API - `cdn.discordapp.com` — File and media delivery ## What You Should Actually Do 1. Monitor discord.com and the API endpoint — catch both app and bot outages 2. Don't rely on Discord as your only community channel — have a backup (email list, Twitter, website) 3. Send critical alerts to Telegram, not Discord — if Discord is your alert destination and it's down, alerts vanish 4. Bookmark discordstatus.com — Discord's official status page 5. Check your bot's error logs after every Discord outage — queued messages may need to be resent ## Discord's Official Status Page Discord publishes real-time status at https://discordstatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Discord outages are quiet. Messages don't fail loudly — they just don't arrive. If your community, support, or alerting depends on Discord, you need an external signal that tells you when Discord itself is the problem. The two hours between "Discord is down" and "someone emails you about it" is the gap that monitoring closes. ## Frequently Asked Questions ### How do I get notified when Discord goes down? Set up an HTTP monitor for discord.com on Monitoristic with Telegram alerts — not Discord webhooks. When Discord is down, your Telegram alert still works. ### Can I monitor Discord's bot API separately? Yes. Create separate monitors for discord.com and discord.com/api. The main app can work while the API is degraded, affecting bots but not regular users. ### Should I send alerts to Discord? Not as your only channel. If Discord is both your alert destination and the thing that's down, you get nothing. Use Discord as a secondary and Telegram or webhooks as your primary. ### How is this different from discordstatus.com? Discord's status page covers their global platform. Your monitor checks whether YOU can reach Discord. Regional or network-level issues may affect you without appearing on their global status page. --- # How to Monitor Notion Uptime > Notion is an all-in-one workspace for notes, documents, project management, and team collaboration. *Source: https://monitoristic.com/monitor/notion* --- ## Why Monitor Notion? When Notion is down, teams lose access to documentation, project boards, and shared knowledge bases. If your team runs on Notion, downtime stalls work across departments. ## What to Monitor - `www.notion.so` — Main app availability - `api.notion.com` — Public API (if using integrations) - `your-published-notion-page.notion.site` — Published Notion pages (if used as public docs) ## What You Should Actually Do 1. Monitor notion.so — catch outages before your team discovers them in meetings 2. Monitor your published Notion pages if you use them as public documentation 3. Keep offline exports of critical docs — runbooks, incident procedures, onboarding guides 4. Set up alerts via Telegram — so you know before standup that the sprint board is unavailable 5. Bookmark status.notion.so — Notion's official status page ## Notion's Official Status Page Notion publishes real-time status at https://status.notion.so. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Notion is where teams store their operating knowledge — procedures, decisions, roadmaps, and documentation. When it's down, the team doesn't just lose a tool — they lose access to how they work. Monitoring Notion won't prevent outages, but it buys you the 10 minutes needed to prepare: grab cached docs, redirect meetings, and avoid the collective "wait, Notion is down?" moment. ## Frequently Asked Questions ### How do I get notified when Notion goes down? Set up an HTTP monitor for notion.so on Monitoristic with Telegram alerts. You'll know before your morning standup that the sprint board isn't available. ### Can I monitor my published Notion pages? Yes. If you use Notion pages as public documentation, monitor the published URL (e.g., your-team.notion.site). It can go down independently from the main app. ### What should I do when Notion is down? Use cached browser versions of critical pages. If you export key docs to PDF regularly, use those as backups. For meetings, rely on memory or previous screenshots until Notion recovers. ### How is this different from status.notion.so? Notion's status page shows global platform health. Your monitor checks whether you can reach Notion right now. It also gives you push alerts instead of requiring you to manually check a status page. --- # How to Monitor Cloudflare Uptime > Cloudflare provides CDN, DDoS protection, DNS, and edge computing services for websites and applications. *Source: https://monitoristic.com/monitor/cloudflare* --- ## Why Monitor Cloudflare? Cloudflare sits between your users and your origin server. If Cloudflare has issues, your site becomes unreachable even if your server is perfectly healthy. DNS failures are especially impactful — your domain simply stops resolving. ## What to Monitor - `your-domain.com` — Your public domain (routed through Cloudflare) - `your-origin-server-ip` — Your origin server directly (to distinguish Cloudflare issues from origin issues) - `your-workers-endpoint.com` — Cloudflare Workers endpoints (if applicable) ## What You Should Actually Do 1. Monitor your domain through Cloudflare — the URL your users actually visit 2. Monitor your origin server directly — bypassing Cloudflare to distinguish edge issues from origin issues 3. Use a monitoring service that doesn't depend on Cloudflare — if your monitor also uses Cloudflare DNS, you might miss the outage 4. Create a status page hosted independently — not behind the same Cloudflare zone as your app 5. Bookmark cloudflarestatus.com — Cloudflare's official status page for global edge health ## Cloudflare's Official Status Page Cloudflare publishes real-time status at https://www.cloudflarestatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Cloudflare outages create a uniquely disorienting situation: your server is healthy, your code is correct, your database is responsive — but your users can't reach you. The fix isn't on your side. The only thing you control is how quickly you detect it, communicate it, and wait it out. Two monitors — one through Cloudflare, one direct to origin — tell you which layer failed in seconds instead of minutes. ## Frequently Asked Questions ### How do I get notified when Cloudflare affects my site? Set up two monitors on Monitoristic: one for your public domain (goes through Cloudflare) and one for your origin IP or a non-Cloudflare domain. When the first is down and the second is up, it's a Cloudflare issue. ### Should I monitor cloudflare.com? No — monitor YOUR domain that routes through Cloudflare. Cloudflare's website can be up while their edge network has regional issues affecting your site. ### Why would my site be down if my server is healthy? Cloudflare sits between your users and your server. If Cloudflare's edge can't connect to your origin (522 errors), or if their DNS is slow, users can't reach you even though your server is responding normally. ### How is this different from cloudflarestatus.com? Cloudflare's status page shows global edge health by region. Your monitor checks whether YOUR specific site is reachable through Cloudflare. A regional issue might affect you without appearing on the global page. --- # How to Monitor Netlify Uptime > Netlify is a platform for deploying and hosting modern web applications with continuous deployment from Git. *Source: https://monitoristic.com/monitor/netlify* --- ## Why Monitor Netlify? If you deploy to Netlify, your production site depends on their CDN and build system. A Netlify outage can make your site unreachable or prevent new deployments from going live. ## What to Monitor - `your-site.netlify.app` — Production deployment - `your-custom-domain.com` — Custom domain through Netlify - `api.netlify.com` — Deployment API (if using CI/CD) ## What You Should Actually Do 1. Monitor your production URL — the domain your users visit, not netlify.com 2. Monitor the Netlify deployment URL (.netlify.app) separately — distinguishes CDN issues from DNS issues 3. Set up alerts before you need them — don't realize you have no monitoring during an outage 4. Create a status page for your clients — especially if you host client sites on Netlify 5. Bookmark netlifystatus.com — Netlify's official status page for platform-wide issues ## Netlify's Official Status Page Netlify publishes real-time status at https://www.netlifystatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Netlify makes deployment so easy that it's tempting to forget you're depending on someone else's infrastructure. That's fine — until the CDN has an issue or the build queue backs up, and you realize your only deployment path goes through a system you don't control. Monitoring the production URL catches CDN outages. Monitoring the API catches build issues. Both give you answers before your clients start asking questions. ## Frequently Asked Questions ### How do I get notified when my Netlify site goes down? Set up an HTTP monitor for your production domain on Monitoristic. You'll get an instant alert when your site returns errors, and a recovery alert when it comes back. ### Should I monitor netlify.com or my own site? Monitor your own site. Netlify's platform can have regional or service-specific issues that affect your site without affecting netlify.com itself. ### Can I detect when Netlify's build system is slow? Monitoristic monitors your deployed site, not the build system directly. But if you set up a monitor for api.netlify.com, you can catch API-level issues that typically coincide with build delays. ### How is this different from netlifystatus.com? Netlify's status page covers their global platform. Your monitor checks YOUR specific site and gives you push alerts. You'll often know about issues before the status page is updated. --- # How to Monitor Heroku Uptime > Heroku is a cloud platform that lets companies build, deliver, monitor, and scale apps. It's one of the earliest PaaS providers and remains popular for startups and small teams. *Source: https://monitoristic.com/monitor/heroku* --- ## Why Monitor Heroku? Heroku dynos restart every 24 hours, and free/eco dynos sleep after 30 minutes of inactivity. Even on paid plans, deployments cause brief restarts and routing layer issues can silently drop requests. If your app runs on Heroku, you need to know when those restarts cause real downtime. ## What to Monitor - `your-app.herokuapp.com` — Your application's root URL or health endpoint - `api.heroku.com` — Heroku Platform API for deployments and scaling - `your-app.herokuapp.com/api/health` — Custom health check endpoint in your app ## What You Should Actually Do 1. Monitor your app's public URL externally — not through Heroku's own dashboard or logs, which can show green during routing failures 2. Add a /health endpoint to your app that checks database connectivity and returns a 200 — monitoring the root URL alone won't catch partial failures 3. Set up instant alerts via Telegram or webhook so you know about downtime before your customers email you 4. Create a status page — one link you can share with users when things go wrong instead of answering tickets individually 5. Track response times to catch slow dyno boots — if your app takes 10 seconds to respond after a restart, your users are waiting ## Heroku's Official Status Page Heroku publishes real-time status at https://status.heroku.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Heroku abstracts away infrastructure, which is its strength. But abstraction cuts both ways — when something goes wrong in the routing layer, dyno scheduling, or cold boot process, you can't see it from the inside. External monitoring is the only way to see what your users actually experience. ## Frequently Asked Questions ### Does Heroku's daily dyno restart cause downtime? Heroku restarts dynos every 24 hours. On well-configured apps with preboot enabled, this is seamless. Without preboot, there's a brief window where requests can fail. An external monitor catches these gaps. ### Can I monitor Heroku apps on eco dynos? Yes — and you should. Eco dynos sleep after 30 minutes of inactivity. A monitor keeps your app awake and alerts you if wake-up times become unacceptable. Set your check interval to under 30 minutes to prevent sleeping. ### How do I detect Heroku routing layer issues? Heroku's routing mesh can drop requests while dynos show as healthy. The only reliable way to detect this is external HTTP monitoring — checking your app's URL from outside Heroku's network. ### How is this different from status.heroku.com? Heroku's status page reports platform-wide incidents. Your external monitor checks YOUR app specifically. Heroku can be globally healthy while your specific app has issues due to dyno scheduling, routing, or configuration. --- # How to Monitor DigitalOcean Uptime > DigitalOcean provides cloud infrastructure for developers — droplets (VMs), managed databases, Kubernetes, app platform, and object storage. *Source: https://monitoristic.com/monitor/digitalocean* --- ## Why Monitor DigitalOcean? DigitalOcean gives you raw infrastructure, not managed uptime. Your droplet can crash, your database can run out of connections, your load balancer can misconfigure — and DigitalOcean won't tell you. You're responsible for knowing when your services are down. ## What to Monitor - `your-app.ondigitalocean.app` — Your App Platform deployment - `your-droplet-ip` — Droplet public IP or domain pointing to it - `api.digitalocean.com` — DigitalOcean API for provisioning and management ## What You Should Actually Do 1. Monitor your application's HTTP endpoint, not just the droplet — a running VM doesn't mean a running app 2. Add a health endpoint that checks database connectivity, disk space, and memory — return 200 only when everything is actually healthy 3. Set up alerts on both downtime and slow response times — response time degradation often precedes crashes 4. Track uptime history over weeks to identify patterns — recurring issues at specific times point to cron jobs, backups, or traffic spikes 5. Bookmark status.digitalocean.com but don't rely on it — platform status doesn't reflect your specific droplet or app ## DigitalOcean's Official Status Page DigitalOcean publishes real-time status at https://status.digitalocean.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway DigitalOcean sells infrastructure, not uptime. Your droplet can be running while your application is dead, your database can be accepting connections while returning errors, and your load balancer can be healthy while routing to a crashed backend. External monitoring closes the gap between 'infrastructure is up' and 'your service is actually working.' ## Frequently Asked Questions ### Does DigitalOcean monitor my droplet automatically? DigitalOcean provides basic infrastructure metrics (CPU, memory, disk) through their monitoring agent, but it doesn't check whether your application is actually responding to HTTP requests. You need external monitoring for that. ### Should I monitor my droplet's IP or my domain? Monitor your domain. This tests the full chain — DNS resolution, load balancer, and application response. Monitoring just the IP skips DNS, which is a common failure point. ### Can I monitor DigitalOcean App Platform apps? Yes. App Platform gives you a public URL (your-app.ondigitalocean.app or your custom domain). Set up an HTTP monitor on that URL to check availability and response times externally. ### How is this different from status.digitalocean.com? DigitalOcean's status page reports platform-wide incidents affecting their infrastructure. Your monitor checks YOUR specific app. Your droplet can have issues (crashed process, full disk, misconfigured firewall) that never appear on DigitalOcean's status page. --- # How to Monitor Supabase Uptime > Supabase is an open-source Firebase alternative providing a Postgres database, authentication, instant APIs, edge functions, realtime subscriptions, and storage. *Source: https://monitoristic.com/monitor/supabase* --- ## Why Monitor Supabase? Supabase projects can pause after inactivity on the free tier, and even on paid plans, database connection limits, edge function cold starts, and auth service issues can silently break your app. Since Supabase powers your backend, an outage there means your entire application stops working. ## What to Monitor - `your-project.supabase.co` — Your Supabase project's API endpoint - `your-project.supabase.co/auth/v1/health` — Auth service health check - `your-project.supabase.co/rest/v1/` — PostgREST API availability ## What You Should Actually Do 1. Monitor your Supabase project's REST API endpoint — this is the core of your backend, and connection exhaustion or project pausing will show up here first 2. Add a separate monitor for the auth health endpoint — auth outages break login flows even when the database is healthy 3. Track response times — gradually increasing response times from Supabase usually indicate connection pool pressure or query performance issues 4. Set up alerts to your phone — Supabase issues break your entire app, not just one feature, so fast detection is critical 5. Check status.supabase.com during incidents — but remember it covers the platform, not your specific project's connection limits or configuration ## Supabase's Official Status Page Supabase publishes real-time status at https://status.supabase.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Supabase gives you a full backend in minutes, but that convenience means a single point of failure. When Supabase is down, your app is down — there's no fallback. External monitoring is how you find out about connection limits, auth outages, and project pauses before your users do. ## Frequently Asked Questions ### Will monitoring keep my free Supabase project from pausing? Regular API requests from a monitor count as activity, which can prevent your project from being marked as inactive. However, this isn't a guaranteed workaround — Supabase may change their inactivity detection. For production use, upgrade to a paid plan. ### What should I monitor on Supabase — the API or my app? Both. Monitor your app's URL to catch frontend and hosting issues, and monitor your Supabase project's API endpoint to catch backend issues specifically. When your app is down, having both monitors tells you where the problem is. ### Can I monitor Supabase Edge Functions? Yes, if your edge function has a public HTTP endpoint. Set up a monitor that calls the function's URL and checks for the expected response. This catches cold start issues, runtime errors, and deployment failures. ### How is this different from status.supabase.com? Supabase's status page reports platform-wide incidents. Your monitor checks YOUR specific project. Connection exhaustion, project pausing, and configuration issues won't appear on the status page — they're specific to your project. --- # How to Monitor Firebase Uptime > Firebase is Google's app development platform providing authentication, Firestore database, hosting, cloud functions, storage, and analytics. *Source: https://monitoristic.com/monitor/firebase* --- ## Why Monitor Firebase? Firebase services are independent — Firestore can be down while Auth works fine, or Cloud Functions can timeout while Hosting serves pages normally. Since Firebase apps typically depend on multiple services simultaneously, a partial outage breaks your app in ways that are hard to diagnose without monitoring each piece. ## What to Monitor - `your-app.web.app` — Your Firebase Hosting URL - `your-app.firebaseapp.com` — Default Firebase app domain - `us-central1-your-project.cloudfunctions.net/health` — Cloud Functions health endpoint ## What You Should Actually Do 1. Monitor your Firebase Hosting URL to catch deployment failures and CDN issues 2. Create a Cloud Function health endpoint that tests Firestore reads — this catches backend outages that don't affect the static shell 3. Track response times on Cloud Functions — cold start spikes are common and can make your app feel broken during low-traffic periods 4. Set up alerts for weekends and off-hours — Firebase outages don't respect your work schedule 5. Monitor your custom domain separately from your .web.app domain — DNS and SSL issues on custom domains won't affect the default Firebase domain ## Firebase's Official Status Page Firebase publishes real-time status at https://status.firebase.google.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Firebase apps have a unique failure mode: the static shell loads perfectly while the backend is broken. Users see your app, interact with your UI, and think it's buggy — not that the infrastructure is down. External monitoring that tests actual functionality, not just page loading, is the only way to catch these partial failures. ## Frequently Asked Questions ### Can I monitor Firebase Cloud Functions? Yes. Create a simple HTTP Cloud Function that performs a health check (reads from Firestore, checks auth) and returns 200. Monitor that function's public URL. When the function fails, you know which backend service is down. ### Why does my Firebase app look fine but not work? Firebase Hosting serves static files from a CDN — it's almost always up. But Firestore, Auth, and Cloud Functions are separate services that can fail independently. Your app's shell loads, but data and functionality break. External monitoring catches this. ### Should I monitor firebase.google.com? No — that's the Firebase marketing site. Monitor your own app's URLs: your-app.web.app, your custom domain, and your Cloud Function endpoints. These are what your users actually access. ### How is this different from status.firebase.google.com? Firebase's status page reports platform-wide incidents by service and region. Your monitor checks YOUR specific app. Quota exhaustion, cold start spikes, deployment mismatches, and project-level issues don't appear on the platform status page. --- # How to Monitor Render Uptime > Render is a cloud platform for hosting web services, static sites, databases, and cron jobs with automatic deploys from Git. *Source: https://monitoristic.com/monitor/render* --- ## Why Monitor Render? Render's free tier spins down services after 15 minutes of inactivity, causing cold starts that can take 30+ seconds. Even on paid plans, deployments cause brief downtime, and Render's infrastructure can have regional issues that affect your specific service without triggering a platform-wide incident. ## What to Monitor - `your-service.onrender.com` — Your web service's public URL - `your-service.onrender.com/health` — Custom health check endpoint - `your-static-site.onrender.com` — Static site availability ## What You Should Actually Do 1. Monitor your service's public URL from outside Render's network — Render's internal health checks don't catch all issues users experience 2. If you're on the free tier, keep your service warm with a monitor set to a 5-minute interval or shorter 3. Track response times to quantify cold start delays — the data helps you decide when to upgrade to a paid plan 4. Set up alerts for deploy windows — if your auto-deploys cause consistent downtime, you have data to justify changing your deploy strategy 5. Create a /health endpoint that checks database connectivity — Render can show your service as healthy even if the database is unreachable ## Render's Official Status Page Render publishes real-time status at https://status.render.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Render makes deployment simple, but simple doesn't mean reliable. Free tier cold starts, deploy interruptions, and the gap between Render's 'healthy' status and actual user experience are real issues. External monitoring gives you the visibility that Render's dashboard doesn't — what your users actually see when they open your app. ## Frequently Asked Questions ### Can I prevent Render free tier services from sleeping? An uptime monitor pinging your service every few minutes keeps it active. However, Render may change their spin-down policies. For production use, a paid plan with always-on instances is the reliable solution. ### Does Render cause downtime during deployments? Yes — there's typically a brief interruption (30-60 seconds) when Render switches from the old service to the new one. Zero-downtime deploys are available on some plan tiers. An external monitor tracks how long each deploy interruption lasts. ### Should I monitor render.com or my own service? Monitor your own service URL. Render's platform can be healthy while your specific service has issues — crashed processes, database connection failures, or configuration errors won't show on Render's status page. ### How is this different from status.render.com? Render's status page covers platform-wide infrastructure. Your monitor checks YOUR specific service. Free tier spin-downs, deploy interruptions, and service-level errors are specific to your app and don't appear on the platform status page. --- # How to Monitor Railway Uptime > Railway is a deployment platform that lets you provision infrastructure, develop locally, and deploy to the cloud with minimal configuration. *Source: https://monitoristic.com/monitor/railway* --- ## Why Monitor Railway? Railway abstracts away infrastructure, but abstraction doesn't mean immunity. Deployments cause brief restarts, services can crash without visible errors in the dashboard, and resource limits can silently throttle your app. If your users depend on your Railway-hosted service, you need external eyes on it. ## What to Monitor - `your-app.up.railway.app` — Your service's public URL - `your-app.up.railway.app/health` — Custom health check endpoint - `your-api.up.railway.app/api/status` — API availability check ## What You Should Actually Do 1. Monitor your Railway service's public URL externally — the Railway dashboard can show 'active' during crash loops 2. Add a /health endpoint that checks database connectivity — a running process doesn't mean a working app 3. Track response times to catch migration locks, memory pressure, and cold start delays 4. Set up alerts for nights and weekends — Railway's auto-deploy means code ships whenever you push, including Friday at 6 PM 5. Monitor after every deploy — Railway auto-deploys from Git, so every push is a potential outage source ## Railway's Official Status Page Railway publishes real-time status at https://status.railway.app. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Railway makes deployment effortless, but effortless deployment means effortless production issues. Every push to main goes live automatically. Every database migration runs in production. Every resource limit is a potential service interruption. External monitoring is the safety net that catches what Railway's dashboard misses — the difference between a running process and a working service. ## Frequently Asked Questions ### Does Railway have built-in uptime monitoring? Railway provides deployment logs and service health indicators, but it doesn't offer external HTTP monitoring with alerts. It monitors whether your service process is running, not whether it's responding correctly to HTTP requests. ### Can I monitor Railway services on the free tier? Yes. If your Railway service has a public URL, you can monitor it externally. Set up an HTTP monitor pointing to your service's URL and you'll be alerted if it stops responding, regardless of your Railway plan. ### How do I handle Railway's auto-deploy causing brief downtime? Railway deployments can cause brief interruptions. Use a maintenance window in your monitoring tool during planned deploys to suppress false alerts. For unexpected deploys (push to main), your monitor will catch any extended downtime from failed deployments. ### How is this different from status.railway.app? Railway's status page reports platform-wide incidents. Your monitor checks YOUR specific service. Crash loops, OOM kills, migration locks, and startup errors are specific to your app and won't appear on Railway's status page. --- # How to Monitor Fly.io Uptime > Fly.io runs your applications close to users by deploying them to servers around the world. It transforms Docker containers into micro-VMs that run on hardware in cities near your users. *Source: https://monitoristic.com/monitor/fly-io* --- ## Why Monitor Fly.io? Fly.io runs your app across multiple regions, which is great for performance — but it also means failures can be regional. Your app might be down in Frankfurt but running fine in Chicago. Without multi-region-aware monitoring, you'd never know half your European users can't reach your service. ## What to Monitor - `your-app.fly.dev` — Your app's default Fly.io domain - `your-custom-domain.com` — Custom domain pointing to Fly.io - `your-app.fly.dev/health` — Health check endpoint ## What You Should Actually Do 1. Monitor your app's public URL — either fly.dev or your custom domain — from outside Fly.io's network 2. Track response times to catch cold starts from machine auto-stop — spikes to 5+ seconds indicate machines were sleeping 3. Check your health endpoint, not just the root URL — the proxy can return 200 while your app returns errors 4. Monitor after every deploy — multi-region deploys can partially fail without clear error messages 5. Review incident history weekly to catch transient regional issues that resolved before anyone noticed ## Fly.io's Official Status Page Fly.io publishes real-time status at https://status.flyio.net. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Fly.io's multi-region architecture is powerful, but it introduces a failure mode most developers aren't used to: regional partial failures. Your app can be up in Chicago and down in Frankfurt simultaneously. External monitoring won't catch every regional issue from a single location, but it catches total failures, cold start delays, and deployment problems — the most common sources of user-facing downtime. ## Frequently Asked Questions ### Does Fly.io have built-in health checks? Yes — Fly.io supports internal health checks that determine whether a machine should receive traffic. But these are internal to Fly's proxy layer. They don't alert you when something fails, and they don't provide incident history. External monitoring adds alerts and tracking on top of Fly's internal checks. ### How do I monitor Fly.io cold starts? Set up an HTTP monitor with response time tracking. When Fly.io auto-stops a machine and a request triggers a restart, the response time will spike from your normal baseline (100-300ms) to several seconds. Monitoring this over time shows how often your users experience cold starts. ### Should I monitor my fly.dev domain or my custom domain? Monitor your custom domain. This tests the full chain — DNS, SSL, Fly.io's proxy, and your application. If you only monitor the fly.dev domain, you'll miss DNS and SSL issues on your custom domain. ### How is this different from status.flyio.net? Fly.io's status page reports platform-wide incidents by region. Your monitor checks YOUR specific app. Deployment failures, cold starts, machine crashes, and app-level errors are specific to your deployment and don't appear on the platform status page. --- # How to Monitor Webflow Uptime > Webflow is a visual web design and hosting platform that lets you build responsive websites without writing code, with CMS and e-commerce capabilities. *Source: https://monitoristic.com/monitor/webflow* --- ## Why Monitor Webflow? Webflow hosts your site on their infrastructure. When Webflow has issues — CDN problems, CMS API failures, or hosting outages — your site goes down and there's nothing you can do except wait. Monitoring tells you when it happens so you can communicate with your users instead of discovering it hours later. ## What to Monitor - `yourdomain.com` — Your custom domain pointing to Webflow - `your-site.webflow.io` — Default Webflow subdomain - `yourdomain.com/blog` — CMS-powered blog or collection pages ## What You Should Actually Do 1. Monitor your custom domain, not just the webflow.io subdomain — DNS and SSL issues on your domain won't affect the Webflow subdomain 2. Add a separate monitor for CMS-powered pages (blog, collections) — static pages and dynamic pages can fail independently 3. Set up instant alerts so you can pause ad campaigns or notify clients during Webflow outages 4. Track response times — Webflow CDN is fast, so a sudden jump from 100ms to 2 seconds signals a problem even if the site is technically 'up' 5. If you manage multiple client sites on Webflow, monitor each one — a Webflow outage can affect some sites but not others ## Webflow's Official Status Page Webflow publishes real-time status at https://status.webflow.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Webflow is a powerful platform, but it's still someone else's server. When it goes down, you can't SSH in, restart a process, or deploy a fix. The only thing you control is how fast you find out and how you communicate with your users. External monitoring gives you that control. ## Frequently Asked Questions ### Does Webflow monitor my site's uptime? Webflow monitors their platform infrastructure, but they don't provide per-site uptime alerts or status pages for individual sites. If your site goes down, you won't get a notification from Webflow — you need external monitoring for that. ### Can Webflow sites go down? Yes. Webflow hosts your site on their CDN and servers. CDN issues, CMS API failures, DNS propagation delays, and platform-wide outages can all affect your site. Webflow has generally good uptime, but no platform is immune to outages. ### Should I monitor my webflow.io domain or my custom domain? Monitor your custom domain. This is what your visitors actually use. DNS misconfigurations, SSL certificate issues, and domain-level problems only show up on your custom domain, not on the webflow.io subdomain. ### How is this different from status.webflow.com? Webflow's status page reports platform-wide incidents. Your monitor checks YOUR specific site. A CMS issue affecting only certain sites, a DNS problem with your custom domain, or a partial CDN failure in your region won't always appear on the platform status page. --- # How to Monitor WooCommerce Uptime > WooCommerce is an open-source e-commerce plugin for WordPress that powers millions of online stores worldwide. *Source: https://monitoristic.com/monitor/woocommerce* --- ## Why Monitor WooCommerce? WooCommerce runs on WordPress, which means it inherits every WordPress failure mode — plus its own. Plugin conflicts, payment gateway timeouts, cart session failures, and database connection limits can break your store while the rest of your WordPress site looks fine. Every minute of checkout downtime is lost revenue. ## What to Monitor - `yourstore.com` — Store homepage and product browsing - `yourstore.com/checkout` — Checkout page — the most revenue-critical URL - `yourstore.com/my-account` — Customer account and order tracking - `yourstore.com/wp-admin` — Admin panel for store management ## What You Should Actually Do 1. Monitor checkout separately from the homepage — WooCommerce checkout failures are the most expensive and the hardest to detect without a dedicated monitor 2. Monitor /my-account to catch login and session issues — a broken login page blocks repeat customers and order tracking 3. Track response times on product and checkout pages — WooCommerce slows down significantly under load before it crashes 4. Set maintenance windows before plugin and WooCommerce core updates — this prevents false alerts during the update and gives you a clean monitoring baseline after 5. If you're an agency, set up one monitor per client store at minimum — client stores have different hosting, different plugins, and different failure patterns ## WooCommerce's Official Status Page WooCommerce publishes real-time status at https://developer.woocommerce.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway WooCommerce stores fail in ways that are invisible from the homepage. The browsing experience can be perfect while checkout is broken, payment gateways are timing out, or cart sessions are lost. Monitoring just the homepage gives you false confidence. Monitor the endpoints that matter to revenue — checkout, my-account, and product pages — and you'll catch the failures that actually cost money. ## Frequently Asked Questions ### Can I monitor WooCommerce without installing a plugin? Yes. External monitoring like Monitoristic checks your store's URLs from outside — no WordPress plugin needed. This is actually more reliable because a monitoring plugin would crash along with WordPress if the server goes down. ### What's the most important WooCommerce page to monitor? The checkout page. It's the most revenue-critical URL and the most likely to break — payment gateway timeouts, plugin conflicts, and session issues all tend to surface at checkout. Monitor your homepage too, but checkout is the priority. ### How do I detect WooCommerce plugin conflicts? Plugin conflicts typically cause 500 errors or white screens. An external monitor checking your store's key pages every few minutes will detect these errors immediately — faster than any manual check. Set up monitoring before updating plugins and watch for alerts in the hour after the update. ### Should I monitor my WooCommerce REST API? If your store uses the REST API for mobile apps, headless commerce, or third-party integrations, yes. Monitor /wp-json/wc/v3/ to catch API-level failures that don't affect the storefront but break your integrations. --- # How to Monitor Hetzner Uptime > Hetzner is a German hosting provider offering dedicated servers, cloud servers, and managed hosting at competitive prices, popular with European developers and cost-conscious teams worldwide. *Source: https://monitoristic.com/monitor/hetzner* --- ## Why Monitor Hetzner? Hetzner gives you raw servers at great prices, but that means you're responsible for everything running on them. There's no managed application monitoring, no auto-restart for crashed processes, and no proactive notification when your app stops responding. If your process dies at 2 AM, nobody knows until someone checks. ## What to Monitor - `your-server-ip-or-domain` — Your application's public URL - `your-domain.com/health` — Application health check endpoint - `your-domain.com/api/status` — API status for backend services ## What You Should Actually Do 1. Monitor your application URL, not just the server IP — nginx returning 502 for a crashed app won't show up in server-level monitoring 2. Add a /health endpoint that checks all dependencies (database, cache, external services) — a running web server doesn't mean a working application 3. Set up auto-restart for your application process using systemd — then monitor to verify auto-restart actually works 4. Track response times to catch disk space issues, memory pressure, and database slowdowns before they cause crashes 5. Monitor HTTPS specifically if you manage your own SSL certificates — certificate expiration is invisible from the server side ## Hetzner's Official Status Page Hetzner publishes real-time status at https://status.hetzner.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Hetzner offers incredible value — European data centers, competitive pricing, reliable hardware. But the value proposition is bare metal: you get the server, you run everything on it. There's no application-level monitoring, no managed restarts, no proactive alerts. External monitoring is the minimum operations layer you need to run production workloads on Hetzner responsibly. ## Frequently Asked Questions ### Does Hetzner monitor my server automatically? Hetzner provides basic server metrics (CPU, RAM, disk, network) through their Cloud Console and Robot panel. But they don't monitor whether your application is responding to HTTP requests. A server can show healthy metrics while your app is crashed. ### Should I monitor the server IP or my domain? Monitor your domain. This tests DNS resolution, SSL certificate validity, and application response — all of which can fail independently of the server itself. Monitoring just the IP skips DNS and SSL, which are common failure points. ### Can I use Hetzner's monitoring instead of external monitoring? Hetzner's monitoring tracks server resource usage — it tells you if CPU is high or disk is full. It doesn't check if your website actually loads correctly for visitors. You need both: Hetzner's monitoring for infrastructure awareness, and external monitoring for application availability. ### How is this different from status.hetzner.com? Hetzner's status page reports data center-level incidents — network outages, hardware failures, planned maintenance. Your monitor checks YOUR specific application on YOUR server. Crashed processes, expired certificates, and application errors are specific to your setup and won't appear on Hetzner's status page. --- # How to Monitor MongoDB Atlas Uptime > MongoDB Atlas is a fully managed cloud database service for MongoDB, handling deployment, scaling, and operations across AWS, Azure, and Google Cloud. *Source: https://monitoristic.com/monitor/mongodb-atlas* --- ## Why Monitor MongoDB Atlas? Atlas manages your database, but managed doesn't mean immune. Free and shared clusters pause after inactivity, connection limits get exhausted, and slow queries can grind your app to a halt. When your database becomes unreachable, your entire application stops working — and Atlas won't proactively tell you. ## What to Monitor - `your-app.com/api/db-health` — App endpoint that performs a database query and returns 200 - `your-app.com/api/status` — API status that depends on database connectivity - `your-app.com` — Main app that fails when the database is unreachable ## What You Should Actually Do 1. Expose a database health endpoint in your app (e.g., /api/db-health) that runs a lightweight query and returns 200 only if the database responds 2. Monitor that endpoint externally — you can't point an HTTP monitor at MongoDB directly, so monitor through your app 3. Track response times to catch slow queries and connection pressure before they become full outages 4. If you're on a free or shared cluster, keep regular checks running to detect pausing and connection limits early 5. Watch for connection pool exhaustion — serverless functions are notorious for leaking connections to Atlas ## MongoDB Atlas's Official Status Page MongoDB Atlas publishes real-time status at https://status.mongodb.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway MongoDB Atlas takes the operational burden off your database, but it puts a different burden on you: knowing when the database is the reason your app broke. Connection limits, cluster pausing, and slow queries all surface as application errors, not database alerts. Monitoring a database-backed endpoint is how you catch them. ## Frequently Asked Questions ### Can I monitor MongoDB Atlas directly with an uptime monitor? Not directly — HTTP monitors check HTTP endpoints, and MongoDB uses its own wire protocol. Instead, create a health endpoint in your app that performs a database query and returns 200 if it succeeds. Monitor that endpoint to track database availability. ### Will monitoring keep my free Atlas cluster from pausing? Regular queries from a monitored health endpoint count as activity, which can help prevent pausing. But this isn't guaranteed — MongoDB may change inactivity behavior. For production, use a paid tier with no pausing. ### How do I detect Atlas connection limit issues? Connection exhaustion causes queries to fail or queue. A health endpoint that runs a real query will return errors or time out when connections are maxed. Monitor that endpoint and you'll catch connection issues as they happen. ### How is this different from status.mongodb.com? MongoDB's status page reports platform-wide Atlas incidents. Your monitor checks YOUR specific cluster through your app. Connection limits, cluster pausing, slow queries, and configuration issues are specific to your deployment and won't appear on the platform status page. --- # How to Monitor Twilio Uptime > Twilio provides programmable communication APIs for SMS, voice, video, and messaging, powering notifications and communication features in countless applications. *Source: https://monitoristic.com/monitor/twilio* --- ## Why Monitor Twilio? Twilio powers critical flows — SMS verification codes, two-factor authentication, appointment reminders, alerts. When Twilio has issues, your users can't receive login codes, your notifications silently fail, and you may not notice until signups drop or complaints roll in. ## What to Monitor - `your-app.com/api/sms-health` — App endpoint that checks Twilio API reachability - `status.twilio.com` — Twilio's own status for regional and service-level incidents - `your-app.com/api/webhooks/twilio` — Your webhook receiver for Twilio delivery callbacks ## What You Should Actually Do 1. Create an app endpoint that checks Twilio API reachability and monitor it externally 2. Monitor your Twilio delivery webhook receiver — if delivery callbacks stop, message delivery may be failing even when the API accepts requests 3. Track Twilio's official status page for regional SMS and voice incidents 4. For critical flows like 2FA, consider a fallback provider — and monitor both so you know when to switch 5. Set up alerts that reach a channel other than SMS — if Twilio is down, an SMS-based alert won't reach you ## Twilio's Official Status Page Twilio publishes real-time status at https://status.twilio.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Twilio sits in the middle of your most critical user flows — verification, authentication, alerts. When it fails, users get locked out and you often can't tell whether it's your bug or Twilio's outage. Monitoring both the API and your delivery webhooks gives you the answer fast, so you can communicate and fall back instead of debugging blind. ## Frequently Asked Questions ### Can I monitor Twilio's SMS delivery directly? You can monitor Twilio's API reachability with an HTTP check, and you can track your delivery webhook to see if status callbacks are arriving. Actual end-to-end delivery is harder to test automatically, but monitoring the API plus webhook callbacks catches most issues. ### Why do my SMS messages get accepted but not delivered? Twilio's API returning 201 Created means it accepted your request, not that the message was delivered. Delivery can still fail or delay due to carrier issues, regional outages, or filtering. Monitor your status callback webhook to detect delivery failures. ### How should I alert myself if Twilio is down? Don't rely on SMS alerts for Twilio outages — if Twilio is down, the alert won't arrive. Use Telegram or webhook-based alerts (to Slack/Discord) so your downtime notifications don't depend on the service that's failing. ### How is this different from status.twilio.com? Twilio's status page reports platform-wide incidents by service and region. Your monitor checks how Twilio is working for YOUR app specifically — whether your API calls succeed and your delivery callbacks arrive. Account-specific issues like rate limits or number problems won't appear on Twilio's status page. --- # How to Monitor SendGrid Uptime > SendGrid (a Twilio company) is an email delivery platform for transactional and marketing email, handling password resets, receipts, notifications, and campaigns. *Source: https://monitoristic.com/monitor/sendgrid* --- ## Why Monitor SendGrid? Email is invisible when it fails. A password reset that never arrives, a receipt that doesn't send, a notification stuck in a queue — none of these throw an error your users see. They just silently don't happen. When SendGrid has API issues or deliverability problems, your transactional email breaks without a single visible error. ## What to Monitor - `your-app.com/api/email-health` — App endpoint that checks SendGrid API reachability - `your-app.com/api/webhooks/sendgrid` — Your event webhook receiver for delivery/bounce events - `status.sendgrid.com` — SendGrid's status for platform-level incidents ## What You Should Actually Do 1. Create an app endpoint that checks SendGrid API reachability and monitor it externally 2. Monitor your SendGrid event webhook receiver — a drop in delivery events signals a delivery problem even when sends 'succeed' 3. Watch for spikes in bounces and deferrals, which indicate deliverability issues distinct from API outages 4. Track SendGrid's status page for platform-level incidents 5. Use a non-email alert channel (Telegram, webhook) so SendGrid outages don't suppress your own alerts ## SendGrid's Official Status Page SendGrid publishes real-time status at https://status.sendgrid.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Email's biggest danger is that it fails silently. SendGrid accepting your request isn't the same as the email arriving, and there's no error your users see — just a reset, receipt, or verification that never comes. Monitoring the API and your delivery webhooks turns invisible email failures into immediate alerts. ## Frequently Asked Questions ### Can I monitor whether my emails are actually delivered? Directly testing end-to-end delivery is hard, but you can monitor SendGrid's API reachability and track your event webhook for delivery, bounce, and deferral events. A drop in delivery events or a spike in bounces signals a delivery problem. ### Why does SendGrid accept my email but not deliver it? A 202 Accepted response means SendGrid queued your message, not that it was delivered. Delivery can fail due to deferrals, bounces, recipient server issues, or platform problems. Monitor SendGrid's event webhook to see what happens after acceptance. ### What should I monitor for transactional email reliability? Monitor an app endpoint that confirms SendGrid API reachability, and monitor your event webhook receiver so you know delivery callbacks are arriving. Together these catch both API outages and delivery failures. ### How is this different from status.sendgrid.com? SendGrid's status page reports platform-wide incidents. Your monitor checks how SendGrid works for YOUR app — whether your sends succeed and your delivery events arrive. Account-specific issues like reputation problems, rate limits, or suppressions won't appear on the platform status page. --- # How to Monitor Auth0 Uptime > Auth0 (by Okta) is an authentication and authorization platform that handles login, signup, single sign-on, and identity management for applications. *Source: https://monitoristic.com/monitor/auth0* --- ## Why Monitor Auth0? Auth0 is a total single point of failure. When your authentication provider is down, nobody can log in — not your users, not your admins, not anyone. Your app might be perfectly healthy, but if users can't authenticate, it's effectively down. Auth outages are among the highest-impact failures any app can experience. ## What to Monitor - `your-tenant.auth0.com` — Your Auth0 tenant domain - `your-tenant.auth0.com/.well-known/openid-configuration` — OpenID configuration endpoint (lightweight health signal) - `your-app.com/login` — Your app's login page that redirects to Auth0 ## What You Should Actually Do 1. Monitor your Auth0 tenant domain and the /.well-known/openid-configuration endpoint as a lightweight availability signal 2. Monitor your app's login page, which depends on Auth0 redirects working correctly 3. Set up alerts on a channel that doesn't depend on logging in — Telegram or webhook, not an in-app notification 4. Create a status page so customer-facing teams can communicate during auth outages without waiting on engineering 5. Track incident history — auth outages are high-impact, and the data helps you evaluate redundancy or fallback options ## Auth0's Official Status Page Auth0 publishes real-time status at https://status.auth0.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Authentication is the front door to your application. When Auth0 goes down, it doesn't matter how healthy the rest of your stack is — every user is locked out and your effective uptime is zero. Because it's external, you can't fix it; you can only detect it fast and communicate well. Monitoring your Auth0 tenant is how you do both. ## Frequently Asked Questions ### How do I monitor Auth0 availability? Monitor your Auth0 tenant domain and its /.well-known/openid-configuration endpoint, which is a lightweight, unauthenticated URL that reflects whether the tenant is responding. Also monitor your app's login page to catch redirect and integration issues. ### Why is my app 'down' when only Auth0 is failing? Authentication is required to use most of your app. If users can't log in, they can't access anything — so from their perspective, the app is down even though your servers and database are healthy. That's why auth provider outages are so high-impact. ### How should I alert myself about Auth0 outages? Use an alert channel that doesn't require logging into anything — Telegram or a webhook to Slack/Discord. An in-app or email-based alert tied to authentication could be affected by the same outage. ### How is this different from status.auth0.com? Auth0's status page reports platform-wide incidents by region. Your monitor checks YOUR specific tenant. Tenant-level issues like rate limits, configuration errors, custom domain problems, or rule/action failures won't appear on the platform status page. --- # How to Monitor Cloudinary Uptime > Cloudinary is a media management platform that handles image and video upload, storage, transformation, optimization, and delivery via CDN. *Source: https://monitoristic.com/monitor/cloudinary* --- ## Why Monitor Cloudinary? Cloudinary delivers the images and videos that make up most of what your users see. When its CDN or transformation API has issues, your site loads but images break — blank spaces, broken thumbnails, missing product photos. For visual sites and stores, broken media is nearly as bad as being fully down. ## What to Monitor - `res.cloudinary.com/your-cloud/image/upload/sample.jpg` — A known image asset on the delivery CDN - `your-site.com` — Your site, which depends on Cloudinary media loading - `res.cloudinary.com/your-cloud/image/upload/w_300/sample.jpg` — A transformed image URL to test the transformation pipeline ## What You Should Actually Do 1. Monitor a specific Cloudinary image URL directly (res.cloudinary.com/...) — not just your homepage, which loads even when images break 2. Monitor a transformed image URL too — the transformation pipeline can fail independently of basic delivery 3. Track response times on image delivery — slow image loading hurts user experience and SEO even when images technically load 4. For visual sites and stores, treat image delivery as a critical dependency, not an afterthought 5. Check Cloudinary's status page during incidents, but rely on your own monitor for region-specific delivery issues ## Cloudinary's Official Status Page Cloudinary publishes real-time status at https://status.cloudinary.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Cloudinary delivers the visual layer of your site — and that layer can break while everything else works. A store with broken product images or a content site with missing photos passes a basic uptime check but fails its users. Monitoring Cloudinary URLs directly catches the image failures that homepage monitoring misses. ## Frequently Asked Questions ### How do I monitor whether my images are loading? Monitor a specific Cloudinary image URL directly (e.g., res.cloudinary.com/your-cloud/image/upload/sample.jpg) with an HTTP monitor. If it returns a non-200 status or times out, your images are failing to deliver — even if your site's HTML loads fine. ### Why does my site load but images are broken? Your site's HTML, CSS, and text are served from your own server or CMS, while images are served from Cloudinary's CDN. If Cloudinary has delivery issues, images break while everything else loads. A homepage-only monitor won't catch this. ### Can I monitor Cloudinary image transformations? Yes. Monitor a transformed image URL (one with transformation parameters like w_300) separately from a plain image URL. If the transformed URL fails while the plain one works, the transformation pipeline is the problem. ### How is this different from status.cloudinary.com? Cloudinary's status page reports platform-wide incidents. Your monitor checks whether YOUR images are actually being delivered. Region-specific CDN issues or problems affecting your specific cloud account may not appear on the platform status page. --- # How to Monitor n8n Uptime > n8n is a workflow automation tool that lets you connect apps and services with visual, node-based workflows. It can be self-hosted or used via n8n Cloud. *Source: https://monitoristic.com/monitor/n8n* --- ## Why Monitor n8n? When you self-host n8n, your workflows are only as reliable as your n8n instance. If the server goes down, every automation stops silently — no errors, no alerts, just workflows that quietly don't run. The tasks you automated to be hands-off become the tasks failing without anyone noticing. ## What to Monitor - `your-n8n-instance.com` — Your n8n editor/UI URL - `your-n8n-instance.com/healthz` — n8n's built-in health endpoint - `your-n8n-instance.com/webhook/your-webhook-path` — A production webhook endpoint your workflows depend on ## What You Should Actually Do 1. Monitor your n8n instance URL and its /healthz endpoint — a running container doesn't mean a running n8n process 2. Monitor a key production webhook endpoint — workflows can fail even when the editor UI loads 3. Configure auto-restart (systemd, Docker restart policy, or your orchestrator) — then monitor to verify it actually recovers 4. Watch for disk-full from execution logs — a common silent n8n failure; set up log pruning and monitor for the symptoms 5. Use an alert channel independent of n8n — don't route your n8n downtime alert through an n8n workflow ## n8n's Official Status Page n8n publishes real-time status at https://status.n8n.io. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway The entire promise of n8n is automation that runs without you watching it. That's also its biggest risk: when a self-hosted instance goes down, the workflows fail silently and the problems pile up unnoticed. External monitoring is the watchful eye that automation removes — it tells you the moment your automation engine stops, so 'set it and forget it' doesn't become 'set it and never know it broke.' ## Frequently Asked Questions ### How do I monitor a self-hosted n8n instance? Monitor your n8n instance URL and its built-in /healthz endpoint with an external HTTP monitor. Also monitor a key production webhook endpoint your workflows rely on. This catches process crashes, server reboots, and resource issues that stop your automations. ### Does n8n alert me when it goes down? No. Self-hosted n8n has no built-in alerting for its own availability. If the process crashes or the server reboots without auto-start, your workflows stop silently. External monitoring is the only way to get notified that n8n itself is down. ### Can I monitor n8n Cloud too? Yes. Monitor your n8n Cloud instance URL and any production webhook endpoints. While n8n Cloud manages the infrastructure, monitoring confirms your specific workflows and webhooks are reachable — and catches issues before they affect your automations. ### How is this different from status.n8n.io? n8n's status page covers n8n Cloud platform incidents. It says nothing about your self-hosted instance. Process crashes, disk-full conditions, OOM kills, and reboot failures on your own server are specific to your deployment and only external monitoring will catch them. --- # How to Monitor Make Uptime > Make (formerly Integromat) is a visual automation platform that connects apps and services into multi-step scenarios without code. *Source: https://monitoristic.com/monitor/make* --- ## Why Monitor Make? Make is fully hosted, so you can't monitor their servers — but your automations depend on two things you CAN monitor: the webhook endpoints that trigger your scenarios, and the apps those scenarios connect to. When a trigger webhook stops responding or a connected service goes down, your scenarios fail, and Make won't always alert you in time. ## What to Monitor - `hook.make.com/your-webhook-id` — Your Make custom webhook trigger endpoint - `your-app.com/api/health` — An app endpoint your scenarios depend on - `status.make.com` — Make's platform status for service-level incidents ## What You Should Actually Do 1. Monitor your Make custom webhook trigger URLs — if a trigger stops responding, the scenario silently stops running 2. Monitor the apps and endpoints your scenarios depend on — a connected service going down breaks the scenario partway 3. Check Make's system status page during incidents, but rely on your own monitors for trigger and dependency issues 4. Build a heartbeat: have a simple scenario hit a monitored endpoint on a schedule, so you can detect when Make stops executing 5. Keep a direct alert channel (not routed through Make) so a Make outage doesn't suppress your downtime notifications ## Make's Official Status Page Make publishes real-time status at https://www.make.com/en/help/tools/system-status. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Make is hosted, so you can't watch their servers — but you can watch the two things that actually break your automations: the webhooks that trigger your scenarios and the apps they connect to. Most Make failures aren't Make going down; they're a trigger that stopped firing or a dependency that went offline. Monitoring those endpoints catches the silent failures that 'no executions today' would otherwise hide. ## Frequently Asked Questions ### Can I monitor Make scenarios for uptime? You can't monitor Make's servers directly, but you can monitor what actually breaks your scenarios: the webhook trigger endpoints and the apps your scenarios connect to. You can also build a heartbeat scenario that pings a monitored endpoint on a schedule to detect when Make stops executing. ### Why did my Make scenario stop running without errors? If a scenario shows no recent executions and no errors, the trigger likely stopped firing — the webhook isn't receiving data, or the source app changed. Monitoring the trigger webhook endpoint catches this, since a silent trigger failure produces no error in Make itself. ### How do I detect when a Make-connected app goes down? Set up monitors on the apps and endpoints your scenarios depend on. When a connected service goes down, your monitor alerts you and pinpoints the failing dependency — so you know why the scenario broke instead of debugging blind. ### How is this different from Make's status page? Make's status page reports platform-wide incidents. It won't tell you that your specific trigger webhook stopped firing or that a connected app went down. Those scenario-specific failures only show up through monitoring the endpoints your scenarios actually use. --- # How to Monitor Zapier Uptime > Zapier is a popular automation platform that connects thousands of apps into automated workflows called Zaps, with no code required. *Source: https://monitoristic.com/monitor/zapier* --- ## Why Monitor Zapier? Zapier is fully hosted, so you monitor what you control: the webhook endpoints that trigger your Zaps and the apps your Zaps connect to. When a trigger stops firing or a connected service goes down, your Zaps quietly stop working — and a broken automation you're relying on is worse than no automation, because you've stopped doing the task manually. ## What to Monitor - `hooks.zapier.com/hooks/catch/your-hook-id` — Your Zapier Catch Hook trigger endpoint - `your-app.com/api/health` — An app endpoint your Zaps depend on - `status.zapier.com` — Zapier's platform status for service-level incidents ## What You Should Actually Do 1. Monitor your Zapier Catch Hook trigger URLs — a silent trigger failure stops the Zap with no error in Zapier 2. Monitor the apps and endpoints your Zaps depend on — a connected app outage breaks the Zap partway through 3. Build a heartbeat Zap that hits a monitored endpoint on a schedule to detect when Zapier stops running your tasks 4. Check Zapier's status page during incidents, but rely on your own monitors for trigger and dependency failures 5. Keep a direct alert channel separate from Zapier so a Zapier outage doesn't silence your downtime alerts ## Zapier's Official Status Page Zapier publishes real-time status at https://status.zapier.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Zapier is hosted, so the question isn't 'is Zapier up?' — it's 'are my Zaps actually running?' The answer depends on your trigger webhooks and connected apps, both of which you can monitor. The most dangerous Zapier failures are silent: a trigger that stops firing or a step that quietly breaks. A broken automation you trust is worse than none at all — monitoring the endpoints your Zaps depend on keeps that trust earned. ## Frequently Asked Questions ### Can I monitor whether my Zaps are running? You can't monitor Zapier's servers directly, but you can monitor the trigger webhooks (Catch Hooks) and the apps your Zaps depend on. You can also build a heartbeat Zap that pings a monitored endpoint on a schedule, so you'll know if Zapier stops executing your tasks. ### Why did my Zap stop working without any error? If a Zap shows no recent task history and no errors, the trigger likely stopped firing — the Catch Hook isn't receiving data, or an upstream app changed. Monitoring the trigger webhook endpoint catches this silent failure that Zapier itself won't flag. ### How do I know if a Zapier-connected app is the problem? Monitor the apps and endpoints your Zaps rely on. When a connected service goes down, your monitor alerts you and identifies the failing dependency, so you know exactly which step broke the Zap. ### How is this different from status.zapier.com? Zapier's status page reports platform-wide incidents. It won't tell you that your specific Catch Hook stopped firing or that a connected app went down. Those Zap-specific failures only surface through monitoring the endpoints your Zaps actually use. --- # How to Monitor PlanetScale Uptime > PlanetScale is a serverless MySQL-compatible database platform built on Vitess, used by teams that need scalable, branchable databases without managing infrastructure. *Source: https://monitoristic.com/monitor/planetscale* --- ## Why Monitor PlanetScale? Your database is the floor everything else stands on. If your app can't reach PlanetScale, every page that touches data fails — logins, dashboards, checkouts. You can't ping PlanetScale's internal servers, but you can monitor the app endpoints that depend on the database, so you find out the moment queries start failing instead of when users do. ## What to Monitor - `your-app.com/api/health` — A health endpoint that runs a real database query - `your-app.com/login` — A user-facing path that requires a database read - `status.planetscale.com` — PlanetScale's platform status for service-level incidents ## What You Should Actually Do 1. Monitor an app health endpoint that runs a real database query — not just a static route, so you actually exercise the PlanetScale connection 2. Monitor a user-facing path that reads from the database — so you catch failures the way users experience them 3. Set a slow-response threshold — database degradation often shows as creeping latency before a full failure 4. Keep alerts on a channel independent of your app — so an outage doesn't suppress the notification 5. Bookmark PlanetScale's status page for platform-wide incidents, but rely on your own monitors for connection and query issues ## PlanetScale's Official Status Page PlanetScale publishes real-time status at https://www.planetscalestatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway You can't monitor PlanetScale's servers, but you can monitor the thing that matters: whether your app can actually run queries. The most dangerous database failures are partial — static pages load while every data operation quietly fails — making the site look up when it's broken for real users. A health endpoint that runs a real query, watched continuously, closes the gap between 'queries are failing' and 'you know queries are failing.' ## Frequently Asked Questions ### Can I monitor my PlanetScale database directly? Not the servers themselves — PlanetScale is fully managed. Instead, monitor an app health endpoint that runs a real query against the database. If that endpoint fails while static pages stay up, you know the data layer is the problem. ### How do I tell a PlanetScale issue from an app bug? Monitor both a static route and a database-dependent route. If the static route is up but the query-backed route fails, the problem is in the data path — either your connection config or a PlanetScale incident. Cross-check with their status page. ### What check interval should I use for a database-backed endpoint? For production apps, 1–2 minute checks catch connection failures fast. Add a slow-response threshold so you're warned about creeping query latency before it becomes a full outage. Monitoristic offers 5 min (Lite), 2 min (Pro), and 1 min (Business). ### How is this different from PlanetScale's status page? PlanetScale's status page reports platform-wide incidents. It won't tell you that your specific connection pool is exhausted, your credentials expired, or your app can't reach the database. Only monitoring your own query-backed endpoint catches those app-specific failures. --- # How to Monitor Mailgun Uptime > Mailgun is a transactional email API service used to send password resets, receipts, notifications, and other critical emails programmatically. *Source: https://monitoristic.com/monitor/mailgun* --- ## Why Monitor Mailgun? Email is invisible until it stops. When Mailgun's API is unreachable or your sending breaks, password resets don't arrive, receipts go missing, and signup confirmations vanish — and there's no error page to warn you. By the time customers complain that they 'never got the email,' the failure has been running for hours. Monitoring the API endpoint your app calls closes that gap. ## What to Monitor - `api.mailgun.net` — Mailgun's API host that your app sends through - `your-app.com/api/health/email` — An app endpoint that verifies the email pipeline is reachable - `status.mailgun.com` — Mailgun's platform status for service-level incidents ## What You Should Actually Do 1. Monitor api.mailgun.net — the API host your app actually sends through 2. Add a health endpoint in your app that verifies the email pipeline is reachable, and monitor it 3. Set up alerts on an independent channel — don't rely on email to tell you email is down 4. Watch for slow responses from the API — degraded send latency often precedes outright failures 5. Bookmark Mailgun's status page for platform incidents, but trust your own monitor for integration-specific breaks ## Mailgun's Official Status Page Mailgun publishes real-time status at https://status.mailgun.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Transactional email fails quietly — no error page, no crash, just users who never get the message. By the time 'I didn't get the email' tickets arrive, the failure has been running for hours. You can't watch Mailgun's servers, but you can monitor the API host your app sends through and a health endpoint that exercises the email path. That turns a silent, hours-long outage into a 60-second alert. ## Frequently Asked Questions ### Can I monitor whether Mailgun is sending my emails? You can monitor the Mailgun API host (api.mailgun.net) for reachability, and build a health endpoint in your app that verifies the email pipeline is working. Together these catch both Mailgun-side outages and integration breaks that stop your sends. ### Why didn't my app error when email sending broke? Most apps handle email sending asynchronously and don't crash when a send fails — that's good for stability but means email failures are silent. Monitoring the API host and an email-path health endpoint surfaces the failure that your app intentionally swallowed. ### What's the best way to get alerted about email failures? Use an alert channel that doesn't depend on email — Telegram or a webhook. If your only alert path is email and email is the thing that's broken, you won't get the notification. ### How is this different from Mailgun's status page? Mailgun's status page reports platform-wide incidents. It won't tell you that your API key expired, your domain's sending was suspended, or your specific integration broke after a code change. Only monitoring your own email path catches those. --- # How to Monitor Algolia Uptime > Algolia is a hosted search-as-a-service API that powers fast, typo-tolerant search and discovery experiences on websites and apps. *Source: https://monitoristic.com/monitor/algolia* --- ## Why Monitor Algolia? Search is often the primary way users find products, articles, or documentation. When Algolia's API is unreachable, the search box stops returning results — the rest of the site loads fine, so the failure hides in plain sight. For e-commerce and content sites, broken search means lost sales and frustrated users who assume your catalog is empty. Monitoring the search API path catches it before they bounce. ## What to Monitor - `your-app-id.algolia.net` — Your Algolia application's API host - `your-app.com/api/search?q=test` — Your app's search endpoint that proxies or calls Algolia - `status.algolia.com` — Algolia's platform status for service-level incidents ## What You Should Actually Do 1. Monitor a search endpoint with a real query — a static page check won't catch a broken search 2. Verify the response actually contains results, not just a 200 status — search can 'succeed' while returning nothing 3. Set a slow-response threshold — search latency creeping up frustrates users before it fully fails 4. Keep alerts on an independent channel so you hear about search outages fast 5. Bookmark Algolia's status page for platform incidents, but rely on your own monitor for index and integration issues ## Algolia's Official Status Page Algolia publishes real-time status at https://status.algolia.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Search is invisible to normal uptime checks — the page loads, so everything looks fine, while the search box quietly returns nothing. For sites where search drives discovery and sales, that blind spot is expensive. You can't monitor Algolia's servers, but you can run a real query against your search endpoint and verify results come back. That's the difference between catching a broken search in 60 seconds and finding out from a customer email days later. ## Frequently Asked Questions ### Can I monitor my Algolia-powered search? Yes. Monitor your app's search endpoint with a real test query, and check that the response actually contains results — not just a 200 status. This catches both Algolia outages and broken indexes or integrations that return empty results. ### Why does my site look up while search is broken? Standard uptime checks load a page and confirm it returns 200. Search runs as a separate API call that only triggers when a user queries. So the site can be fully 'up' while every search silently fails — which is why you need a check that actually runs a query. ### How do I detect a broken Algolia index? Monitor a search endpoint with a query you know should return results. If the request succeeds but returns nothing, your index may be broken or empty. A content-aware check that verifies results catches this where a simple status check would not. ### How is this different from Algolia's status page? Algolia's status page reports platform-wide incidents. It won't tell you that your API key hit a rate limit, your index update failed, or your integration broke after a deploy. Only monitoring your own search path catches those specific failures. --- # How to Monitor Contentful Uptime > Contentful is a headless CMS that delivers content to websites and apps through APIs, separating content management from the frontend presentation layer. *Source: https://monitoristic.com/monitor/contentful* --- ## Why Monitor Contentful? When you use a headless CMS, your content lives behind an API — and if that API is unreachable, your pages can come back empty, half-rendered, or broken depending on how your app handles the failure. For sites that fetch content at request time, a Contentful outage becomes your outage. Monitoring the Content Delivery API and the pages that depend on it tells you when content stops flowing. ## What to Monitor - `cdn.contentful.com` — Contentful's Content Delivery API host - `your-app.com/blog` — A content-driven page that fetches from Contentful - `status.contentful.com` — Contentful's platform status for service-level incidents ## What You Should Actually Do 1. Monitor cdn.contentful.com — the Content Delivery API your app fetches from 2. Monitor a content-driven page and verify expected content is actually present, not just a 200 status 3. Set a slow-response threshold — CDN latency creeping up degrades page loads before a full failure 4. Decide how your app should behave when the CMS is unreachable (cached fallback vs. empty render) and monitor accordingly 5. Bookmark Contentful's status page for platform incidents, but rely on your own monitor for token and integration issues ## Contentful's Official Status Page Contentful publishes real-time status at https://www.contentfulstatus.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Headless CMS means your content lives behind an API — and a broken API can leave you with pages that load but show nothing. The trap is that uptime checks see a 200 and report green while visitors see a blank skeleton. Monitoring the Content Delivery API host and verifying that real content appears on a key page closes that gap, so an empty site becomes an alert instead of a customer complaint. ## Frequently Asked Questions ### Can I monitor my Contentful-powered site? Yes. Monitor Contentful's Content Delivery API host (cdn.contentful.com) and a key content-driven page on your site. Use a check that verifies expected content is actually present, since a headless site can return 200 while rendering empty. ### Why does my page load but show no content? With a headless CMS, the page shell loads from your frontend while the content is fetched separately from Contentful's API. If that fetch fails, the page still returns 200 but renders empty. A content-aware monitor catches this; a status-only check won't. ### Should I monitor at build time or runtime? It depends on your setup. Statically generated sites are vulnerable at build time (a failed fetch produces stale or broken pages), while runtime-fetched sites fail live. Monitor the pages your visitors actually hit, and verify content is present regardless of approach. ### How is this different from Contentful's status page? Contentful's status page reports platform-wide incidents. It won't tell you that your access token expired, you hit an API rate limit, or your integration broke after a change. Only monitoring your own content pages catches those specific failures. --- # How to Monitor Linode Uptime > Linode (now Akamai Connected Cloud) provides cloud hosting through virtual private servers, used by developers and teams to run applications, databases, and services. *Source: https://monitoristic.com/monitor/linode* --- ## Why Monitor Linode? When you run your own server on Linode, you own the uptime. A VPS can go down for many reasons — a kernel panic, a disk filling up, a process crash, a failed reboot, or a Linode infrastructure incident — and none of them announce themselves. The server simply stops responding. External monitoring is the only way to know your Linode instance is unreachable the moment it happens, instead of when users start reporting errors. ## What to Monitor - `your-server-ip-or-domain.com` — Your Linode server's public address - `your-app.com/health` — An app health endpoint that confirms your services are running - `status.linode.com` — Linode's platform status for data-center and infrastructure incidents ## What You Should Actually Do 1. Monitor your server's public HTTP/HTTPS endpoint — not just whether the IP pings, but whether your app actually responds 2. Add an app health endpoint that confirms your real services (web, database) are working, and monitor it 3. Set up instant alerts via Telegram or webhook so you know the moment the server stops responding 4. Set a slow-response threshold — a struggling VPS (high load, low memory) often slows down before it dies 5. Bookmark Linode's status page for data-center incidents, but rely on your own monitor for server and app-level failures ## Linode's Official Status Page Linode publishes real-time status at https://status.linode.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway A self-managed Linode VPS gives you control — and the full responsibility for uptime. Servers don't announce when they break: a crashed process, a full disk, or a failed reboot just leaves the box quietly unresponsive. The dashboard may still show it 'running' while nothing answers. External monitoring on your server's HTTP endpoint and an app health check is the only thing standing between a 60-second alert and an all-night outage you discover from an angry message. ## Frequently Asked Questions ### How do I monitor a Linode server? Set up an external HTTP monitor on your server's public address, and add an app health endpoint that confirms your services are actually running. This catches process crashes, failed reboots, and resource exhaustion that leave the server 'on' but unresponsive. ### Why isn't checking if the IP is up enough? A server can respond to pings while the app on it is broken — a crashed web server, a full disk, or a database that can't write. Monitor an HTTP endpoint and ideally an app health route, so you confirm the application works, not just that the box is powered on. ### Does Linode alert me when my server goes down? Linode's status page reports data-center and infrastructure incidents, but it won't tell you that your specific process crashed, your disk filled up, or your app stopped responding. Those server-level failures are yours to detect — external monitoring is how. ### What check interval should I use for a VPS? For production servers, 1–2 minute checks catch outages fast. Add a slow-response threshold since a struggling VPS often slows down before it fails outright. Monitoristic offers 5 min (Lite), 2 min (Pro), and 1 min (Business). --- # How to Monitor Squarespace Uptime > Squarespace is an all-in-one website builder and hosting platform for portfolios, blogs, online stores, and small-business sites, with templates, commerce, and domains managed in one place. *Source: https://monitoristic.com/monitor/squarespace* --- ## Why Monitor Squarespace? Squarespace hosts everything for you — your pages, your store, even your domain. When Squarespace has a platform outage, a CDN issue, or a commerce/checkout problem, your site goes down and there is no server to log into and no fix to deploy. You can only wait. External monitoring tells you the moment it happens, so you can reassure customers and pause promotions instead of finding out from an angry email hours later. ## What to Monitor - `yourdomain.com` — Your custom domain pointing to Squarespace - `yourdomain.com/shop` — Store or checkout pages, which can fail while static pages stay up - `your-site.squarespace.com` — Default Squarespace subdomain — isolates domain/DNS issues from platform issues ## What You Should Actually Do 1. Monitor your custom domain, not just the squarespace.com subdomain — DNS and SSL problems on your domain won't show on the default subdomain 2. Add a separate monitor for your store or checkout page — commerce features can fail while content pages stay up 3. Set up instant alerts so you can pause promotions or notify customers during a Squarespace outage 4. Track response times — a sudden jump from fast to several seconds signals trouble even when the page technically loads 5. If you manage multiple client sites, monitor each one — a single Squarespace incident can hit some sites and not others ## Squarespace's Official Status Page Squarespace publishes real-time status at https://status.squarespace.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Squarespace is convenient precisely because it hides the server from you — but that means when something breaks, you can't restart anything or deploy a fix. The only thing you control is how quickly you find out and how you communicate. External monitoring gives you that. ## Frequently Asked Questions ### Does Squarespace monitor my site's uptime? Squarespace monitors its own platform, but it does not send you per-site uptime alerts or give individual sites a status page. If your site goes down, Squarespace won't notify you — that's what external monitoring is for. ### Can Squarespace sites actually go down? Yes. Your site runs on Squarespace's hosting and CDN. Platform incidents, CDN issues, DNS or SSL problems on your custom domain, and commerce outages can all take your site or its checkout offline. Squarespace has solid uptime, but no platform is immune. ### Should I monitor my custom domain or the squarespace.com subdomain? Monitor your custom domain — that's what visitors use, and it's where DNS and SSL issues appear. Adding a monitor on the squarespace.com subdomain too helps you tell apart a domain-level problem from a platform-wide one. ### How is this different from status.squarespace.com? Squarespace's status page reports platform-wide incidents. Your monitor checks YOUR specific site and checkout. Domain-specific issues, regional CDN problems, or partial failures that don't trip the platform status page still show up on your own monitor. --- # How to Monitor Wix Uptime > Wix is a cloud-based website builder with drag-and-drop design and hosting, plus e-commerce (Wix Stores), appointments (Wix Bookings), and a large app market used by small businesses and creators. *Source: https://monitoristic.com/monitor/wix* --- ## Why Monitor Wix? Wix runs your entire site on its infrastructure. When Wix has a platform outage, a CDN problem, or an issue with Stores or Bookings, your site or its most important features can stop working — and there's nothing on your end to restart. Monitoring is the only reliable way to learn your site is down before your customers tell you. ## What to Monitor - `yourdomain.com` — Your connected custom domain - `yourdomain.com/booking` — Bookings or Stores flows, which can break independently of your homepage - `username.wixsite.com/sitename` — Default Wix subdomain — isolates domain issues from platform issues ## What You Should Actually Do 1. Monitor your connected custom domain, not just the wixsite.com subdomain — domain and SSL issues only appear on your real domain 2. Add a monitor for Bookings or Stores flows specifically — these can fail while the homepage stays up 3. Set up instant alerts so you can switch to a backup process (phone bookings, etc.) during a Wix outage 4. Track response times — a slow site often precedes a full outage and hurts conversions on its own 5. If you manage multiple Wix client sites, monitor each one — one Wix incident can affect some sites but not others ## Wix's Official Status Page Wix publishes real-time status at https://status.wix.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Wix makes running a site effortless by managing the servers for you — but that also means you can't fix anything when it breaks. The features that earn you money, like Bookings and Stores, can fail on their own while the homepage looks fine. Monitoring the flows that matter is how you catch those failures fast. ## Frequently Asked Questions ### Does Wix tell me when my site goes down? Wix monitors its own platform, but it doesn't send per-site downtime alerts or give your site a status page. If your site or your booking/store flow fails, you won't get a notification from Wix — external monitoring fills that gap. ### Can Wix sites go down? Yes. Your site depends on Wix's hosting, CDN, and app services. Platform outages, CDN issues, DNS or SSL problems on your custom domain, and failures in Stores or Bookings can all affect your site. Wix is generally reliable, but no platform has perfect uptime. ### Why monitor the booking or store page and not just the homepage? On Wix, dynamic features like Bookings and Stores run on different services than your static pages. They can fail while the homepage loads perfectly — so a homepage-only monitor will show green while the part that earns you money is broken. ### How is this different from status.wix.com? Wix's status page reports platform-wide incidents. Your monitor checks YOUR specific site and flows. A regional CDN issue, a domain-level problem, or a partial failure that doesn't trip the global status page will still be caught by your own monitor. --- # How to Monitor Ghost Uptime > Ghost is a publishing platform for blogs, newsletters, and membership sites, available as managed Ghost(Pro) hosting or self-hosted on your own server, with native email newsletters and paid subscriptions. *Source: https://monitoristic.com/monitor/ghost* --- ## Why Monitor Ghost? Whether you run Ghost(Pro) or self-host, your publication, its members area, and its paid subscriptions all depend on Ghost being online. Self-hosted Ghost can crash on its own — a stopped Node process, a database problem, or an expired SSL certificate. Ghost(Pro) can have platform incidents. If your site is down when a newsletter sends readers to a members-only post, you lose signups and look unreliable. Monitoring catches it before your readers do. ## What to Monitor - `yourdomain.com` — Your Ghost site homepage - `yourdomain.com/rss/` — Feed and content delivery — catches content API or rendering failures - `yourdomain.com/members/` — Members portal — the paid-subscription flow that can fail on its own ## What You Should Actually Do 1. Monitor your live domain over HTTPS so an expired or misconfigured SSL certificate is caught immediately — a common silent failure for self-hosted Ghost 2. Add a monitor on the members or subscribe page — the paid-subscription flow can break while the blog itself loads 3. If you self-host, monitor an actual page (not just a ping) to catch crashed processes, full disks, and failed restarts 4. Time your checks tightly around newsletter sends, when a brief outage does the most damage 5. Track response times — a slow Ghost site often signals resource pressure on the server before it goes down entirely ## Ghost's Official Status Page Ghost publishes real-time status at https://status.ghost.org. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Ghost gives you a beautiful publication and a real subscription business — but that business only works when the site is up. Self-hosted or on Ghost(Pro), the failures that hurt most (an expired cert, a crashed process, a broken members area) tend to happen quietly and at the worst time. External monitoring is what turns 'I found out Sunday' into 'I was alerted in 60 seconds'. ## Frequently Asked Questions ### Does Ghost monitor my site's uptime? Ghost(Pro) monitors its own platform, and self-hosted Ghost has no built-in uptime alerting at all. Neither sends you a notification when your specific site goes down — that requires external monitoring. ### Can a Ghost site go down? Yes. Ghost(Pro) can have platform incidents, and self-hosted Ghost is exposed to crashed Node processes, database issues, full disks, failed deploys, and expired SSL certificates. Any of these can take your site, newsletter archive, and paid memberships offline. ### What should I monitor on a self-hosted Ghost install? Monitor the live site over HTTPS so certificate and process failures are caught, and add the members or a key content page. Checking an actual rendered page — not just whether the server responds to a ping — confirms Ghost is really serving content. ### How is this different from status.ghost.org? status.ghost.org reports Ghost(Pro) platform incidents. It says nothing about a self-hosted install, your specific server, your domain's SSL, or a partial failure that doesn't trip the platform status page. Your own monitor checks YOUR site directly. --- # How to Monitor PythonAnywhere Uptime > PythonAnywhere is a cloud platform for hosting Python web apps, scheduled tasks, and always-on processes directly in the browser, popular with Django and Flask developers, data scientists, and learners who want hosting without managing a server. *Source: https://monitoristic.com/monitor/pythonanywhere* --- ## Why Monitor PythonAnywhere? PythonAnywhere makes it easy to put a Python web app online, but 'online' is not the same as 'working'. Free apps are disabled if you don't click to renew them every few months, scheduled tasks can silently stop, and your web app can return a 502 when a worker crashes or you hit a CPU-seconds or resource limit. None of that triggers a notification from PythonAnywhere. If your Django or Flask app is the backend for something people depend on, an external monitor is the only thing that tells you it stopped responding — before your users do. ## What to Monitor - `yourusername.pythonanywhere.com` — Your web app's main URL — catches 502s, crashed workers, and disabled free apps - `yourusername.pythonanywhere.com/health` — A lightweight health endpoint that confirms the app and its database are actually responding - `yourcustomdomain.com` — Your custom domain, if mapped — catches SSL and domain-mapping failures separately from the app ## What You Should Actually Do 1. Monitor your live app URL (yourusername.pythonanywhere.com) and confirm a 200 response — not just that the host pings — so 502s and crashed workers are caught 2. If you're on the free tier, set a calendar reminder to renew before expiry, and let a monitor be your backstop if you miss it 3. Add a dedicated /health endpoint that touches your database, so 'app up but DB down' is detected 4. Monitor your custom domain separately if you've mapped one, to catch SSL and domain-mapping issues 5. Watch response times — PythonAnywhere apps slow down as they approach CPU-seconds and resource limits, often before they fail outright ## PythonAnywhere's Official Status Page PythonAnywhere publishes real-time status at https://status.pythonanywhere.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway PythonAnywhere is one of the friendliest ways to get a Python app online, but it gives you almost no signal when that app stops working — a disabled free app, a crashed worker, or a hit resource limit all happen quietly. An external uptime monitor that checks for a real response is what turns 'I found out from an angry user' into 'I was alerted in 60 seconds'. ## Frequently Asked Questions ### Does PythonAnywhere alert me if my app goes down? No. PythonAnywhere does not send you a notification when your specific web app returns errors or is disabled. Its status page covers platform-wide incidents only, so catching your own app's downtime requires an external monitor. ### Why did my PythonAnywhere app stop working on its own? Common causes are a free app being disabled because it wasn't renewed, a crashed worker returning 502s, hitting your CPU-seconds or resource quota, or a database connection failure. Most of these happen with no notification, which is why external monitoring matters. ### What should I monitor on PythonAnywhere? Monitor your live app URL for a real 200 response, and ideally add a /health endpoint that exercises your database. If you use a custom domain, monitor it separately so SSL and domain-mapping problems are caught on their own. ### How is this different from status.pythonanywhere.com? The official status page reports platform-wide incidents affecting PythonAnywhere as a whole. It says nothing about your individual app being disabled, crashing, or hitting a quota — only a monitor pointed at your URL can catch that. --- # How to Monitor Replit Uptime > Replit is a browser-based development and hosting platform where you can build and deploy web apps, APIs, bots, and AI agents, with Deployments for production hosting and Agent for AI-assisted building. *Source: https://monitoristic.com/monitor/replit* --- ## Why Monitor Replit? Replit makes deploying as easy as clicking a button, which means a lot of real, user-facing apps now run there — Discord bots, AI agents, internal tools, and APIs. But a Replit Deployment can still go down: a crash loop after a bad push, an out-of-memory restart, a hit usage limit, or a dependency that fails to install on redeploy. Replit doesn't tell you when your specific deployment stops answering. If people or other systems depend on it, an external monitor is what catches the outage before they do. ## What to Monitor - `your-app.replit.app` — Your Deployment's URL — catches crash loops, OOM restarts, and failed redeploys - `your-app.replit.app/health` — A health endpoint that confirms the app and its dependencies are actually responding - `yourcustomdomain.com` — Your linked custom domain, if used — catches SSL and domain-linking failures ## What You Should Actually Do 1. Monitor your Deployment URL (your-app.replit.app) for a real 200 response so crash loops and failed redeploys are caught immediately 2. Expose and monitor a /health endpoint that checks your app's dependencies, not just that the process is alive 3. After every deploy, rely on monitoring to confirm the new version is actually serving — a successful build is not a working app 4. Monitor any linked custom domain separately to catch SSL and domain-linking issues 5. Track response times to spot memory pressure or approaching usage limits before they cause a restart ## Replit's Official Status Page Replit publishes real-time status at https://status.replit.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Replit removed the friction from deploying, but it didn't remove the ways a deployment can fail — crash loops, out-of-memory restarts, hit limits, and broken redeploys all happen without a peep. For any Replit app that real people or systems depend on, an external monitor checking for a genuine response is what turns silent downtime into a 60-second alert. ## Frequently Asked Questions ### Does Replit notify me when my deployment goes down? Not for your specific app. Replit's status page covers platform-wide incidents, but it won't tell you when your individual Deployment is crash-looping, restarting, or returning errors. That requires an external monitor pointed at your URL. ### Why did my Replit deployment stop responding? Common causes include a crash loop after a bad push, an out-of-memory restart, a hit usage or resource limit, or a dependency that fails to install on redeploy. Most happen silently, so monitoring is how you find out. ### Can I monitor a Replit-hosted bot or AI agent? Yes. Have the bot or agent expose a simple HTTP health endpoint and monitor that URL. If it stops returning a healthy response, you get an instant alert — far better than learning from users that the bot went quiet. ### How is this different from status.replit.com? status.replit.com reports incidents affecting the Replit platform overall. It says nothing about your specific deployment crashing, restarting, or hitting a limit. Only a monitor on your app's URL catches your own downtime. --- # How to Monitor Deno Deploy Uptime > Deno Deploy is a globally distributed edge platform for running JavaScript and TypeScript, used to host APIs, full-stack apps (including Fresh), and serverless functions close to users with fast cold starts. *Source: https://monitoristic.com/monitor/deno-deploy* --- ## Why Monitor Deno Deploy? Edge platforms like Deno Deploy are built for reliability, but your code still fails in ways the platform won't warn you about: an uncaught exception on a hot path, a bad environment variable after a deploy, an exhausted request or CPU-time limit, or a failing upstream (a database or KV store) that turns every request into a 500. Deno Deploy's status page covers the platform, not your project. If your API or app backs something real, an external monitor is what tells you your endpoint stopped returning good responses. ## What to Monitor - `your-project.deno.dev` — Your project's URL — catches uncaught exceptions, bad deploys, and 500s - `your-project.deno.dev/api/health` — A health route that checks downstream dependencies like a database or KV store - `yourcustomdomain.com` — Your custom domain, if configured — catches SSL and DNS/domain issues separately ## What You Should Actually Do 1. Monitor your .deno.dev URL for a real 200 response so uncaught exceptions and bad deploys (missing env vars, broken imports) are caught immediately 2. Add a health route that checks downstream dependencies (database, KV, upstream APIs) so 'app up, data down' is detected 3. After each deploy, let monitoring confirm the new version actually serves correct responses — a successful deploy is not a working app 4. Monitor any custom domain separately to catch SSL and DNS issues independent of the project itself 5. Track response times across regions — rising latency or timeouts often precede CPU-time-limit failures on the edge ## Deno Deploy's Official Status Page Deno Deploy publishes real-time status at https://status.deno.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Deno Deploy gives you a fast, globally distributed runtime — but it can't catch the failures in your own code: a thrown exception, a missing env var, an exhausted limit, or a dead dependency. The platform status page will stay green while your endpoint returns 500s. An external monitor checking for a genuine, correct response is what closes that gap and alerts you in 60 seconds. ## Frequently Asked Questions ### Does Deno Deploy alert me when my project goes down? No. Deno Deploy's status page reports platform-level incidents, but it won't notify you when your specific project returns 500s, throws on startup, or fails after a bad deploy. Catching your own downtime requires an external monitor. ### Why does my Deno Deploy app return 500s when the platform is up? Usually it's your code or config: an uncaught exception, a renamed or missing environment variable, an exhausted request or CPU-time limit, or a failing downstream like a database or KV store. The edge is fine; your project isn't — and only a monitor on your URL catches it. ### What's the best thing to monitor on Deno Deploy? Monitor your project URL for a real 200 response, and add a health route that exercises your dependencies. For APIs, check the response body or status code so a wrong-but-200 response is also caught. Monitor custom domains separately for SSL and DNS. ### How is this different from status.deno.com? status.deno.com reports incidents affecting Deno Deploy as a platform. It says nothing about your individual project erroring, a bad deploy, or a failing dependency. Only a monitor pointed at your endpoint catches your own outages. --- # How to Monitor PocketBase Uptime > PocketBase is an open-source backend in a single binary — SQLite database, auth, realtime subscriptions, and file storage, all in one executable. Popular with solo developers and small teams for MVPs, side projects, and mobile backends. *Source: https://monitoristic.com/monitor/pocketbase* --- ## Why Monitor PocketBase? PocketBase is self-hosted, which means you are the SLA. There is no vendor status page, no incident alerts from a provider, and no ops team watching your process. If the binary crashes, the VPS runs out of memory, or the disk fills up, nobody knows until a user complains — or until your monitor catches it. ## What to Monitor - `undefined` — undefined - `undefined` — undefined - `undefined` — undefined ## What You Should Actually Do 1. Monitor /api/health for a 200 response — this confirms the PocketBase process is alive and the SQLite database is accessible 2. Set your check interval to match your tolerance for downtime — 5 minutes is fine for most side projects, 1-2 minutes for production apps 3. Alert via Telegram or webhook for immediate notification — email is too slow for a self-hosted service with no auto-restart 4. Create a status page so your users can check before opening a support ticket or assuming the worst 5. Set maintenance windows before planned VPS reboots, OS updates, or PocketBase version upgrades to avoid false alerts ## PocketBase's Official Status Page PocketBase publishes real-time status at null. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway PocketBase gives you an entire backend in a single binary — but it can't watch itself. When the process crashes, the disk fills up, or the VPS reboots, there's no vendor status page and no platform alert. An external monitor on /api/health is the difference between finding out in 60 seconds and finding out from your users the next morning. ## Frequently Asked Questions ### Does PocketBase have built-in monitoring? PocketBase exposes a /api/health endpoint that returns the server's health status, but it doesn't actively monitor itself or send alerts. If the process crashes or the server goes down, there's no built-in mechanism to notify you. External monitoring is the only way to get alerts. ### Why can't I just use a process manager like systemd to watch PocketBase? A process manager can restart a crashed process, and you should use one. But it can't tell you about a PocketBase instance that's running but broken — returning errors, unable to write to the database, or stuck in a bad state. And it can't alert you when the entire VPS is unreachable. External monitoring catches what process managers miss. ### What's the best endpoint to monitor on PocketBase? /api/health is the best starting point — it confirms the process is running and the database is accessible. If your app has critical API endpoints (auth, data retrieval), consider monitoring those too, since a healthy /api/health doesn't guarantee every collection or hook is working correctly. ### Should I monitor PocketBase differently on Railway or Fly.io vs a raw VPS? The monitoring itself is the same — check /api/health for a 200 response. But on a managed platform, the platform may auto-restart crashed processes, so you're more likely to catch intermittent issues (repeated short outages) than prolonged downtime. On a raw VPS without auto-restart, a crash stays crashed until you fix it, making fast alerting even more critical. --- # How to Monitor Upstash Uptime > Upstash provides serverless Redis and Kafka (QStash) with per-request pricing. Widely used for caching, rate limiting, session storage, and background job queues in serverless and edge applications. *Source: https://monitoristic.com/monitor/upstash* --- ## Why Monitor Upstash? Upstash sits in the critical path of features that fail silently. When Redis is down, your app might still return 200 — but sessions break, rate limits disappear, cached data goes stale, and background jobs stop processing. This is the classic silent failure: your health check passes, your product is broken. ## What to Monitor - `undefined` — undefined - `undefined` — undefined - `undefined` — undefined ## What You Should Actually Do 1. Monitor an endpoint that exercises your Redis dependency — not just your homepage, but a route that actually reads or writes to Upstash 2. Set a response time threshold so latency spikes (cache misses falling to database) trigger alerts before they become full outages 3. Monitor QStash callback endpoints separately if you use background jobs — a silent queue failure won't show up on your main app health check 4. Check the official status page (status.upstash.com) for platform-level incidents, but don't treat it as your only signal 5. Have a graceful degradation path — if Redis is down, can your app fall back to direct database queries or local cache, even if it's slower? ## Upstash's Official Status Page Upstash publishes real-time status at https://status.upstash.com. Your own monitor complements it by catching connection-level issues, often before the status page updates. ## Takeaway Upstash makes serverless Redis effortless to set up — but Redis failures are the quietest kind. Your app returns 200, your health check passes, and meanwhile sessions are broken, caches are cold, rate limiters are disabled, and queues are stalled. The only reliable way to catch these silent failures is monitoring the endpoints that actually depend on Redis, with response time thresholds that surface slowdowns before they cascade. ## Frequently Asked Questions ### Does Upstash alert me when Redis is down? Upstash reports platform-level incidents on status.upstash.com, but it won't notify you when your specific database is slow, your connection string is misconfigured, or your usage hits a plan limit. For your own application's Redis dependency, external monitoring is the reliable alert path. ### Why does my app still work when Upstash is down? Most apps use Redis for caching, sessions, or rate limiting — not as the primary database. When Redis is unreachable, the app falls back to slower paths (direct database queries, no rate limiting, expired sessions). It still 'works' but with degraded behavior that users notice as slowness, logouts, or missing features. ### What's the best way to monitor an Upstash dependency? Monitor an endpoint in your own app that reads from or writes to Redis — not the Upstash API directly. This catches both platform issues and your own configuration problems. Add a response time threshold so you're alerted on latency spikes, not just complete failures. ### Should I monitor Upstash QStash separately? Yes. QStash failures are completely invisible to your main app's health check. If QStash stops delivering messages, your web endpoints still respond normally — but background jobs, emails, and webhook deliveries silently stop. Monitor the callback endpoints that QStash hits, or check a 'last processed' timestamp that should stay fresh.