Uptime monitoring
Catch service failures before users report them.
Monitor the critical paths your users depend on and turn a verified failure into operational action — connected to the service that owns it, not an isolated red dot on a dashboard.
Free plan available · no credit card required
- HTTP
- API
- Port
- SSL
- DNS
- Heartbeat
- Browser journeys
| Monitor | Type | Latency | Uptime |
|---|---|---|---|
| checkout-api Operational | API | 182 ms | 99.98% |
| www.example.com Operational | HTTP | 240 ms | 99.99% |
| payments-gateway Degraded | API | 910 ms | 99.71% |
| auth.example.com SSL Operational | SSL | — | 38 days |
| nightly-billing-job Down | Heartbeat | missed | 99.40% |
| api.example.com DNS Operational | DNS | 31 ms | 100% |
The problem
A failed check is only the beginning of the work.
- Alerts fire without the context needed to act on them
- Responders re-derive service ownership during the incident
- Flapping checks and noise erode trust in the signal
How it works
From check to verified failure to owned incident.
- Step 1
Configure the check
Choose a monitor type, target, interval, and the conditions that count as a failure.
- Step 2
Verify the failure
Confirm health through repeated checks so a single blip does not page anyone.
- Step 3
Connect to the service
Map the monitor to the service it protects, inheriting its owner and escalation policy.
- Step 4
Raise an incident
A verified failure becomes an incident that is already routed and owned.
What you get
Everything in uptime monitoring, in one place.
-
Website & endpoint checks
Monitor HTTP(S) endpoints for availability, status codes, and response content.
-
API & port monitoring
Check API responses and raw TCP ports against the expectations that define "healthy".
-
SSL & DNS monitoring
Watch certificate expiry and DNS resolution so quiet failures do not surprise you.
-
Heartbeat monitoring
Track cron jobs, workers, and scheduled tasks that should check in on a cadence.
-
Browser journeys
Validate critical multi-step flows the way a user would experience them.
-
Failure verification
Confirm failures across checks before raising an incident, reducing false pages.
| Monitor | Type | Latency | Uptime |
|---|---|---|---|
| checkout-api Operational | API | 182 ms | 99.98% |
| www.example.com Operational | HTTP | 240 ms | 99.99% |
| payments-gateway Degraded | API | 910 ms | 99.71% |
| auth.example.com SSL Operational | SSL | — | 38 days |
| nightly-billing-job Down | Heartbeat | missed | 99.40% |
| api.example.com DNS Operational | DNS | 31 ms | 100% |
In the product
Built around the service, not a disconnected dashboard.
Monitor types
- HTTP / HTTPS
- API endpoints
- TCP ports
- SSL certificates
- DNS records
- Heartbeats / cron
- Browser journeys
Related capabilities
Alert Management
Group, classify, map, and route alerts with operational context, so a stream of raw notifications becomes a clear signal about the services that are actually affected.
ExploreIncident Management
Coordinate severity, ownership, responders, impact, activity, and resolution in a single incident record — so the response has structure instead of a scramble across chat threads.
ExploreService Catalog
A service connects its owners, dependencies, monitors, incidents, escalation policy, and reliability targets — so the operational context an incident needs is already in place before it begins.
ExploreFAQ
Frequently asked questions
What can EverUptime monitor?
How does EverUptime avoid false alarms?
What happens when a check fails?
Make the next incident easier to detect, own, and resolve.
Bring uptime monitoring into one connected incident workflow with EverUptime.
Free plan available · no credit card required