PagerDuty Expands AI Ecosystem to Supercharge AI Agents and Deliver Autonomous Operations
Strategic partnerships with
Enabling Critical Use Cases Across the Full Incident Management Lifecycle
PagerDuty’s expanded AI integration ecosystem transforms operations across multiple high-value scenarios. By ingesting rich observability telemetry, PagerDuty’s AI ecosystem powers a self-reinforcing context flywheel that enables automated triage with deep observability context—allowing, for example, PagerDuty’s SRE Agent to automatically correlate alerts, accelerate root-cause analysis and deliver more resilient operational outcomes.
The ecosystem also empowers developers and engineers to deliver more reliable code by embedding operational context directly into integrated development environments (IDE) for pre-commit risk scoring and safe deployments, helping to prevent incidents before code can ship. For organizations building AI-powered applications, the ecosystem extends into large language model operations (LLMOps) and agent governance while enabling agentic cloud operations through direct communication between
Powering the AI-Era with an Integrated Operational Layer
The expanded PagerDuty AI integration ecosystem helps to establish
The company’s AI integrations connect through three pathways: partners connecting to
“Organizations are racing to adopt AI agents, but the real challenge is making them work together seamlessly in production environments,” said
Strategic Partnerships with Key AI Tools
The launch announcement features three upcoming marquee partnerships that demonstrate the power of the ecosystem in action:
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Anthropic/Claude Partnership
PagerDuty launched a plugin forClaude Code , powered by MCP, now listed in the officialAnthropic marketplace. This plugin helps developers catch risky code changes before they reach production by analyzing uncommitted changes against historical incident data. The plugin features pre-commit risk scoring that evaluates code deployment safety, along with a background agent that automatically investigates and summarizes incident context. By surfacing potential risks and providing actionable recommendations before code is committed, developers can prevent incidents that impact customer experience and avoid costly emergency responses—all without leaving their development environment. -
Cursor Partnership
PagerDuty’s newly launched MCP plugin for Cursor, now available in the officialCursor Marketplace , offers a one-step installation that brings critical operational context directly into the Cursor developer workflow. Developers can access on-call schedules, service information, and incident history without leaving their AI coding platform. When incidents occur, Cursor can automatically trigger agents to investigate logs and summarize potential root causes in real-time. This empowers developers to resolve incidents more quickly and build with confidence. -
LangChain Partnership
As application logic moves from code to the model, LLM apps and agents fail in ways traditional monitoring misses: silent degradation, inconsistent outputs, regressions that do not throw errors. Catching these problems fast and routing them to the right people requires observability and incident management to work together. LangSmith's native integration triggersPagerDuty incidents when it detects critical issues like error spikes, latency increases, or feedback score drops. Teams get notified through their existingPagerDuty workflows without additional configuration. LangChain andPagerDuty also collaborated on an Incident Responder agent template for LangSmith's Agent Builder. Built onPagerDuty's MCP server, it lets teams create an agent that analyzes alerts, cross-references your runbook, and recommends actions.
Supporting Quotes
“Our recent development work with
“LangSmith gives teams observability across the full agent development lifecycle to catch performance regressions fast,” said
Additional Ecosystem Highlights
The AI integration ecosystem also includes:
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Agentic Cloud Operations (AWS DevOps, Azure SRE): Enables native communication between
PagerDuty and certain core cloud provider agents to share critical operational context, paving the way for automated remediation and self-healing infrastructure. - PagerDuty Incident Responder Custom Agent for GitHub: Embeds operational context directly into GitHub Copilot, empowering developers to query incident data and execute response actions seamlessly from right where they work. Find the demo here.
Powering the
This ecosystem reinforces
The AI Integrations web directory is available here.
About
The PagerDuty Operations Cloud
The PagerDuty Operations Cloud is an AI-powered platform that automates and orchestrates the entire incident management lifecycle—from detection to resolution, providing resilience at scale. Designed for mission-critical operations, the platform empowers teams to identify and diagnose disruptions in real time, mobilizing the right teams to quickly streamline workflows to solve digital issues before they become incidents. The PagerDuty Operations Cloud is essential for delivering flawless, always-on digital experiences that organizations and consumers expect today.
Forward-Looking Statements
This press release contains forward-looking statements, including the expected availability of new functionality. These statements are not guarantees of future performance and involve significant risks. For a complete description of such risks, refer to PagerDuty’s most recent Form 10-K and subsequent
View source version on businesswire.com: https://www.businesswire.com/news/home/20260312685645/en/
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