These two get bundled together in every tool's feature list, so it's easy to treat them as one thing. They're not. Uptime monitoring is detection: it tells you something is down. A status page is communication: it tells your users what you know. Different audiences, different jobs, and — this is the useful part — different failure modes when you have one without the other.

If you're deciding what to set up first, or whether a status page is worth it at your stage, here's the actual decision math.

Two tools, two audiences, two questions

  • Uptime monitoring answers "is it down, and does the right person know?" Automated checks hit your site, API, and scheduled jobs on an interval; when something fails, an alert goes to Slack, email, or whoever's on call. The audience is you and your team. Success looks like: you knew before your users did. (New to this side? Start with what uptime monitoring is.)
  • A status page answers "is it down, and what are they doing about it?" — asked by your users, your customers' engineers, and your own support team mid-incident. It shows current status per component, uptime history, and incident updates. Success looks like: nobody had to email you to find out.

Monitoring is the input. The status page is one of its outputs — alongside alerts, reports, and SLA numbers. Which is why the order of operations matters.

What fails when you have only one

Monitoring without a status page: the support-ticket tax

You detect the outage in ninety seconds, the right engineer is on it — and meanwhile every affected user is opening a ticket, DMing your founder, or posting "anyone else?" in your community. During an incident, each user who can't self-serve the answer becomes a support interaction, and the person answering them is often the same person who should be fixing the problem. The math is blunt: if a typical incident generates twenty "is it down?" contacts and a status page absorbs most of them, the page pays for itself in one outage. That's the deflection half of the cost-of-downtime calculation that teams forget.

A status page without monitoring: all-green fiction

The reverse failure is worse, because it burns trust. A status page that depends on a human remembering to update it will, during a real incident, show green — the human is busy firefighting. Users cross-reference the dead app against your cheerful status page and conclude the page is decorative. Once that happens, it never recovers its job: people stop checking it and go straight back to your support inbox. An automated page fed by real checks can't drift into fiction; the components flip because the monitors flipped.

When monitoring alone is genuinely enough

Not every service needs a public page, and putting one up too early is noise. Monitoring alone is the right call when:

  • Nobody external depends on it. Internal tools and admin panels need detection, not public communication — your "status page" is a Slack channel.
  • You're pre-launch. Wire up monitoring before your first users arrive (what startups need before launch); add the page when there's someone to read it.
  • Your users wouldn't check it. A hobby project's audience doesn't hunt for status.yourapp.com — but you still want the alert.

The triggers that mean it's status-page time

  • Your first paying customer. Money changes the question from "is it up?" to "can I trust these people?" — and a status page with visible uptime history is trust you can link to.
  • Other developers build on your API. Their debugging ritual starts with "is it us or them?" A status page answers it without a support round-trip.
  • An SLA enters a contract. Now you need the public artifact and the historical record — see SLA compliance.
  • The first incident where tickets outnumbered downtime minutes. The clearest signal there is: your users just told you they want a status page, expensively.

When you do set one up, resist the urge to list every microservice — group components by what users experience, and write updates for humans. That's a separate craft, covered in status page best practices.

The order of operations

  1. Monitoring first. A handful of monitors covering your real failure domains — six to twelve for most small products — with alerts routed somewhere a human will see them.
  2. Alerts you've actually tested. An untested alert path is a hypothesis; fire-drill it.
  3. Then the status page, fed by those same monitors, so it's automated from day one and can never drift into all-green fiction.

In CronAlert this is one flow: the monitors you create for alerting are the same ones you attach to a status page — no second product, no separate subscription. The free plan includes 25 monitors and one public status page; Pro ($5/mo) adds more pages and a custom domain like status.yourapp.com. Setup walkthrough: how to set up a free status page.

Frequently asked questions

What's the difference between a status page and uptime monitoring?

Monitoring is detection for your team; a status page is communication for your users. Monitoring is the input, the status page is one of its outputs.

Do I need a status page if I already have monitoring?

Once external people depend on you — first paying customer, an API others build on, an SLA — yes. Before that, monitoring alone is fine.

Can I have a status page without monitoring?

It'll show green during your outages, because the human who updates it is busy firefighting. Automated-only is the rule.

How much does a status page cost?

Standalone products charge a subscription; some monitoring tools sell pages as a paid module. CronAlert includes one on the free plan, custom domains on Pro.

Detection for you, communication for them

You need to know before your users do — that's monitoring, and it's non-negotiable from day one. Your users need answers without emailing you — that's the status page, and it earns its keep the day other people start depending on your service. Set up CronAlert free and you get both from the same monitors: alerts for you, a public page for them.

Related reading: what is uptime monitoring, status page best practices, how many monitors you need, and incident response for small teams.