# 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*

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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.