Why Your Status Page Cannot Run on the Same Server

Your server is down. Customers are refreshing your app, getting timeout errors, and heading to your status page to find out what's going on. Except your status page is also down — because it runs on the same server.

This is not a hypothetical scenario. It happens every day to teams running self-hosted monitoring tools.

The Problem with Self-Hosted Status Pages

Tools like Uptime Kuma, Cachet, and Gatus are excellent pieces of software. They are open source, free, and give you full control. But they all share one fundamental architectural flaw: they run on your infrastructure.

When you deploy a status page on the same server — or even in the same data centre — as your product, you create a single point of failure. The status page is supposed to be the one thing that still works during an outage. Instead, it goes dark at the exact moment your customers need it most.

Here is what typically happens:

1. Your server runs out of memory, or a disk fills up, or a deploy goes wrong
2. Your application stops responding
3. Your self-hosted status page, running on the same machine, also stops responding
4. Customers see nothing — no status page, no incident update, no estimated time to recovery
5. Your support inbox fills up with "is the site down?" messages

It's Not Just About the Same Machine

You might think moving the status page to a different server in the same provider solves this. It doesn't, fully. Data centre outages, network partitions, and provider-wide incidents can take down everything in one region. If your product and your status page are both on the same cloud provider in the same region, a provider-level issue takes both offline.

True independence means separate infrastructure, separate provider, separate failure domain.

What Self-Hosted Tools Also Miss

Beyond the availability problem, self-hosted monitoring tools typically lack:

• Automatic status updates — when a monitor detects an outage, someone still needs to manually update the status page. At 3 AM, that update often comes 20 minutes late, or not at all.
• Subscriber notifications — your customers cannot subscribe to get email updates when something breaks. They have to keep refreshing a page that may or may not be online.
• Incident lifecycle management — a proper incident goes through stages (Investigating → Identified → Monitoring → Resolved). Most self-hosted tools only show "up" or "down."

The Solution: Externally Hosted, Monitoring-First

A status page needs to be:

1. Hosted independently from your product — on separate infrastructure, so it stays up when you go down
2. Monitoring-first — status updates should happen automatically when monitors detect problems, not when a tired engineer remembers to update a dashboard
3. Communication-native — customers should be able to subscribe and get notified automatically, without your team sending manual emails

This is exactly why we built Upwarden. Your monitors run on our EU infrastructure (Hetzner, Germany). When they detect a problem, your status page updates within seconds — automatically. Your customers get notified by email. And your status page stays online, because it does not share a single dependency with your product.

When Self-Hosting Makes Sense

Self-hosting is the right choice for internal dashboards, development environments, and teams with strict data residency requirements that prevent using any external service. If your status page is only for your internal team and you accept that it may go down with your product, self-hosted tools work fine.

But if your status page is customer-facing — if real users rely on it to know whether your service is working — it cannot run on the same infrastructure it is monitoring. That defeats the entire purpose.

Get Started

If you are currently running a self-hosted status page and want to move to something that stays up independently, create a free Upwarden account. The free tier includes 2 monitors and 1 status page — enough to see how it works before committing.