PagerDuty ConnectionNATIVE

Supercharge your
PagerDuty.

Production Ops Agent connects natively with PagerDuty to automatically triage, diagnose, and resolve incidents before they escalate.

Incidents
Alerts
Services
Escalations
Schedules
Teams
Analytics
Runbooks
Status

Up to 92%

reduction in MTTR

24/7

Autonomous Triage

< 60s

Response Time

0

Manual Escalations

Capabilities

End-to-end incident automation

Incident Awareness

Automatically receive and process PagerDuty incidents in real-time via webhook integration.

Bi-directional syncCustom routingPriority mapping

Intelligent Triage

AI-powered triage categorizes incidents, identifies duplicates, and correlates related alerts.

Auto-categorizationDeduplicationAlert correlation

Automated Diagnosis

Production Ops Agent investigates incidents using your runbooks and historical data.

Runbook executionLog analysisMetric correlation

Smart Escalation

Escalate to the right team with full context when human intervention is needed.

Context enrichmentTeam routingOn-call awareness

Auto-Resolution

Resolve known issues automatically and update PagerDuty status in real-time.

Remediation actionsStatus updatesPost-mortem data

Analytics & Insights

Track MTTR improvements, resolution patterns, and team performance metrics.

MTTR trackingTrend analysisCustom dashboards

Use Cases

Real incidents, resolved autonomously

Database Connection Exhaustion

PagerDuty alert: "PostgreSQL connections at 95%"

Before

45 min MTTR

After

3 min MTTR

1Alert received from PagerDuty
2Query connection pool metrics
3Identify idle connections from stale pods
4Terminate idle connections automatically
5Update PagerDuty with resolution

Memory Leak Detection

PagerDuty alert: "Service memory usage critical"

Before

60 min MTTR

After

5 min MTTR

1Correlate memory trend with deployment
2Identify leaking service instance
3Execute graceful restart runbook
4Verify memory stabilization
5Close incident with root cause

SSL Certificate Expiry

PagerDuty alert: "Certificate expires in 24 hours"

Before

30 min MTTR

After

2 min MTTR

1Validate certificate status
2Trigger cert-manager renewal
3Verify new certificate deployment
4Update DNS if required
5Resolve alert with proof

FAQ

Common questions

How does NeuBird AI integrate with PagerDuty?

NeuBird AI connects to PagerDuty via REST API using a read/write token. When PagerDuty triggers an incident, NeuBird AI immediately begins autonomous investigation, correlating the alert with infrastructure signals, recent deployments, and historical incident patterns before a human is paged.

Does NeuBird AI replace PagerDuty?

No. NeuBird AI enhances PagerDuty by handling the investigation and resolution work that happens after an alert fires. PagerDuty remains your alerting and on-call management layer. NeuBird AI adds autonomous root cause analysis and remediation on top.

How does NeuBird AI reduce PagerDuty alert noise?

NeuBird AI evaluates incoming PagerDuty alerts against real-time infrastructure context and historical patterns. Alerts that are transient, duplicate, or causally linked to a known root cause are suppressed or grouped, reducing the number of pages that reach an on-call engineer by up to 90%.

What happens when NeuBird AI resolves a PagerDuty incident?

NeuBird AI automatically updates the PagerDuty incident with a full investigation timeline, root cause summary, and remediation steps taken. If the incident is resolved autonomously, NeuBird AI marks it resolved in PagerDuty and generates a post-incident summary, no human action required.

Can NeuBird AI automatically escalate unresolved incidents in PagerDuty?

Yes. If NeuBird AI determines that an incident requires human intervention (for example, when automated remediation is not safe or the issue falls outside known patterns), it escalates directly in PagerDuty with a full investigation report attached, so your on-call engineer has complete context from the first moment.

Ready to transform your PagerDuty workflow?

Connect Production Ops Agent to PagerDuty in minutes. Start resolving incidents autonomously today.

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