PagerDuty routes alerts to on-call engineers. It tells your team something is wrong but leaves the investigation to them.
Anyshift builds a versioned infrastructure graph that maps services, deployments, and commits across cloud and Kubernetes. PagerDuty tells you something is wrong. Anyshift identifies the exact deploy, commit, and service that caused it. Zero agents required, connects in minutes.
Anyshift works both proactively and reactively: surfacing risks and misconfigurations before they trigger incidents, not just during them.
Feature Comparison
| Feature | Anyshift | PagerDuty |
|---|---|---|
| Root Cause Analysis | Versioned graph traces to exact commit | Manual investigation by on-call |
| Infrastructure Mapping | Auto-discovered, continuously synced | Service catalog (manual) |
| Proactive Detection | Drift, risks, misconfigurations | No |
| Change Awareness | Full history across cloud, K8s, code | No |
| Alert Routing | Via integrations (PagerDuty, Slack) | Core feature |
| On-Call Scheduling | Via integrations | Core feature |
| Setup Time | ~30 minutes, zero agents | Hours to days |
| SOC 2 Type II | Yes | Yes |
When to choose PagerDuty
Teams needing mature alert routing, on-call scheduling, and escalation policies with a large ecosystem of integrations.
When to choose Anyshift
Teams that need to understand why incidents happen — tracing root cause to the exact deploy and commit across cloud, Kubernetes, and code.
Ready to see Anyshift in action?
Start a 14-day free trial or book a demo to see how Annie investigates incidents across your infrastructure.