How to Migrate from UptimeRobot to openstatus

Jun 19, 2026 | by openstatus | [alternative]

Why teams move from UptimeRobot to openstatus

UptimeRobot is a familiar, low-cost monitor, and for basic single-location checks it does the job. Teams usually switch when they outgrow that:

• Single-location checks mean false positives from probe-side blips and no way to tell a regional outage apart from a global one. openstatus checks from 28 regions in parallel.
• The free tier is now non-commercial only (since October 2024), so production use needs a paid plan anyway.
• No monitoring as code — no Terraform provider, no CLI. openstatus ships both, plus an MCP server for AI agents.
• Open-source and self-hostable — openstatus is AGPL-3.0; UptimeRobot is closed-source SaaS.

See the full UptimeRobot vs openstatus comparison for the side-by-side.

What transfers, and what doesn't

Set expectations before you start:

• Monitors — recreated, not imported. openstatus's importer is built for status-page tools (Instatus, Atlassian Statuspage, Better Stack), not monitoring tools. Rebuilding monitors is quick, and defining them as code makes it quicker.
• Uptime history — stays in UptimeRobot. openstatus starts fresh from the moment monitors go live. Run both in parallel for a week or two if you want overlap.
• Alert contacts — reconfigured in openstatus, which supports more channels (Slack, Discord, PagerDuty, OpsGenie, and more).

Step 1 — Create a free openstatus account

Sign up at app.openstatus.dev. No credit card required. The free plan is enough to recreate your first monitors and a status page; upgrade when you need more monitors or a custom domain.

Step 2 — List your UptimeRobot monitors

In UptimeRobot, note each monitor's:

• Type — HTTP(s), keyword, ping, or port
• URL or host
• Check interval
• Alert contacts

If you have many monitors, the UptimeRobot API can dump the full list as JSON so you don't have to copy them by hand.

Step 3 — Recreate your monitors in openstatus

Two ways, depending on how you like to work.

In the dashboard — add each monitor, pick the regions to check from, and set assertions on status code, latency, headers, or body.

As code — define monitors with the Terraform provider so they live in version control and apply in one command:

resource "openstatus_http_monitor" "api" {
  name        = "API Health Check"
  url         = "https://api.example.com/health"
  periodicity = "1m"
  regions     = ["iad", "ams", "syd"]

  status_code_assertions {
    target     = 200
    comparator = "eq"
  }
}

The same is available through the openstatus CLI if you'd rather script it than write HCL.

Step 4 — Wire up notifications

Connect your alert channels and attach them to your monitors. openstatus supports Slack, Discord, Email, PagerDuty, OpsGenie, Telegram, and more — so you can usually consolidate channels you had scattered across UptimeRobot.

Because checks run from multiple regions, openstatus only alerts once several regions agree a check has failed, which cuts the false positives that single-location monitoring produces.

Step 5 — Publish your status page

UptimeRobot's status page is basic; this is where openstatus pulls ahead. Create a status page, add components backed by your monitors, set a custom domain, and let users subscribe by email, RSS/Atom, or JSON. Publish status reports and schedule maintenance windows from the same workspace.

Step 6 — Run in parallel, then switch off

Leave both tools running for a week or two. Once you trust the openstatus alerts and your status page is live, disable the UptimeRobot monitors and cancel the plan.

Related Resources

• UptimeRobot vs openstatus — full head-to-head
• Top Five Pingdom Alternatives in 2026
• What Is Uptime Monitoring?
• Why Every SaaS Needs a Status Page

Need Help?

Join our Discord community, check the documentation, or reach out via email.

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