WatchDog gives the ops team what the self-hosted stack never did: zero-maintenance AI monitoring that replaces Nagios, Icinga, Prometheus blackbox, and the cron'd curl ... | grep script your SRE wrote at 1am. AI-driven anomaly detection learns per-URL baselines and fires on status-code regressions and response-time drift — alerts route to email, Slack, or webhook without standing up an on-call rotation. Pro from $19/month.
Currently monitoring 0 checks
Replace the Nagios config drift, the cron'd bash check, and the hand-tuned if response_time > 800 thresholds. WatchDog learns per-URL response-time and status-code baselines, then raises alerts on regression — a slow drift, a spike, a status-code flip — not on the static threshold your SRE is still tuning in a Slack thread from 2022.
Route alerts to email, Slack, or webhook — same routing semantics as a PagerDuty reduction, without the PagerDuty, without designing an escalation policy, without inventing a rotation. Tap a webhook receiver into whatever rotation tool you already use, or skip the rotation entirely and let the alert land in the channel the on-call actually watches.
The 5-minute poll plus AI anomaly detection catches what a hand-maintained check script can't: slow drifts, status-code regressions, response-time spikes that haven't crossed a static threshold yet. The on-call finds out the moment the curve bends — not when the static threshold finally trips.
Tag every monitor by environment, service, or team — prod, staging, api, checkout — then filter the dashboard and route alerts by tag. A per-URL incident history gives your postmortem the same incident trail your prometheus store does, without the queries.
When an enabled monitor detects an anomaly or goes down, WatchDog sends an incident alert to the monitor owner by email and fans it out to the monitor’s enabled Slack, SMS, or generic webhook channels. Each delivery is recorded in alert history, so the team can see which destinations received the incident and which failed.
WatchDog does not claim a native Opsgenie integration. For an existing on-call workflow, configure a generic webhook channel on the monitor and point it at an Opsgenie-compatible inbound endpoint or another paging bridge. WatchDog POSTs the incident payload when the monitor becomes anomalous or goes down, so your current rotation can handle the page.
Yes. When an enabled monitor is still reachable but its response changes or slows beyond its learned baseline, the public status page reports the overall service as degraded. A configured per-monitor webhook channel can receive the same anomaly incident notification; the status page itself does not require a separate webhook integration.
No — it complements it. WatchDog checks your endpoints from the outside for reachability, status-code changes, response-time regressions, and anomalies, while Prometheus, Grafana, and similar tools explain what is happening inside your infrastructure. Use WatchDog as the independent customer-path signal and your metrics stack for deeper diagnosis.
Compare with uptime monitoring for indie SaaS, for SaaS teams, for agencies, or for ecommerce stores — or see full pricing.
For teams shipping customer-facing services.
Currently monitoring 0 checks
WatchDog monitors your endpoints every 5 minutes, alerts you the moment the curve bends, and gives your customers a status page that says you were already on it. Zero agents to install, zero baseline thresholds to tune, zero rotation schedule to design.
Zero setup. First alert in 60 seconds.