UptimeMonitor360 vs UptimeRobot
Choose monitoring around your services and operating model. Here are the limits, tradeoffs and questions that matter before moving.
Official UptimeRobot pricing checked 11 October 2026. Features and prices can change. This comparison is published by UptimeMonitor360; the services are not affiliated.
| Capability | UptimeMonitor360 | UptimeRobot |
|---|---|---|
| Free monitor allowance | 5 monitors | 50 monitors |
| Free polling interval | 5 minutes | 5 minutes |
| Entry paid monitor allowance | 20 monitors (Starter) | 10 monitors (base Solo tier) |
| Entry paid polling interval | 60 seconds | 60 seconds |
| Fastest self-service interval | 30 seconds on eligible Scale checks | 15 seconds on Scale |
| Entry paid annual price | €90.00 / year | €108 / year (base Solo tier shown in EUR) |
| Entry paid aggregate retention | 90 days | 12 months |
| Probe coverage | One public deployment at launch; no global coverage claim | Location-specific checks across four advertised regions |
Source: UptimeRobot official pricing. Compare the final checkout total, billing term and applicable taxes. UptimeMonitor360 prices include applicable VAT; competitor tax treatment should be checked at checkout.
Where UptimeMonitor360 may fit your team
Our focus is managing monitored services across customer workspaces, preserving incident evidence and producing reports that show measurement coverage. Agency and higher plans include scoped client viewers and scheduled client reports. The pricing page lists the actual limits for each plan, including raw and aggregated retention separately.
Starter provides 20 monitors at a 60-second minimum interval for €9 per month or €90 per year. Payments and renewal management use PayPal. A free account can test the interface without a payment method, and an optional 14-day Business trial does not turn into a payment automatically.
Where UptimeRobot has a clear advantage
The UptimeRobot free plan has a larger monitor allowance. Its published offering also includes faster Scale polling, longer entry-plan history and monitoring from multiple geographic regions. Those differences matter if your priority is broad free coverage, a 15-second interval or observations from several parts of the world.
Our initial public service runs one probe deployment. Multiple processes on one server do not constitute geographic redundancy. Browser execution capacity is not enabled in our public plans at launch. Do not choose a product based on a feature merely appearing in its source code; verify that the deployed service and chosen plan provide it.
Run a migration comparison with your own endpoints
Run both services against a small set of endpoints you own before migrating. Match the polling interval, timeout, expected status, content assertion and alert recipient. Include one inexpensive authenticated API check if that is part of your use case. Avoid testing with real purchases or destructive actions.
- Capture a baseline of successful observations and response-time variation.
- Trigger a controlled test failure and compare observation, incident and notification timestamps.
- Check the handling of unknown measurements, maintenance and recovery.
- Export a report and review it as a customer with limited access.
- Confirm recurring cost, cancellation and retention before moving production monitoring.
Polling frequency is only one part of detection time. Confirmation, processing and notification delivery contribute additional delay. A “60-second monitor” should not be interpreted as a guarantee that every outage reaches your inbox within exactly 60 seconds.
Inspect first, then monitor continuously
Our 35 free tools let you investigate DNS, TLS, redirects, response headers and availability without an account. They provide point-in-time observations. Use a recurring monitor when you need a timeline and alerts.
Read the comparison methodology or create a free account to evaluate the checks against your own requirements.