PagerDuty is a digital operations management platform for businesses. It helps teams detect and respond to IT incidents and outages in real-time, ensuring critical services stay online.
Provides tools to manage incidents, services, schedules, event orchestrations, and more directly from your MCP-enabled client, with embedded React UIs for incident management, on-call management, and service dependency visualization.
Enables management of PagerDuty incidents, services, schedules, and more directly from MCP-enabled clients, with embedded interactive UIs for incident command center, on-call management, and other features.
63
79
Apache 2.0
Why this server?
Configure PagerDuty for alert notifications, including management of severity levels and integration settings.
Enables agents to connect through a single gateway that has a decision model pick which MCP tools and playbooks are relevant to each request, so the LLM only sees the few schemas it needs, and to then invoke those tools on the underlying servers. This cuts tool-selection cost and prompt size dramatically when many MCP servers are connected.
2
4
MIT
Why this server?
Sends notifications and escalates incidents to PagerDuty.
Uptime monitoring from your AI agent: create and diagnose checks (40 types: HTTP, TCP, DNS, SSL, ICMP, databases, message queues and more), read results and incidents, and manage status pages and maintenance windows. Built into the self-hostable SolidPing server, served over streamable HTTP at /api/v1/mcp.
Enables AI agents to scan text for leaked secrets and prompt injection markers, and redact them before reaching an LLM.
2
1
MIT
Why this server?
Consumes incident CSV exports (started, detected, acknowledged and resolved timestamps, severity, service, caused_by_deploy) to compute MTTR, MTTA, MTTD, customer-reported incident share, and the incident side of DORA metrics.
Enables engineering leaders to query their AI assistant for quality KPIs — MTTR, MTTA, DORA metrics, defect escape rate and SLA breaches — computed from Jira bug, incident and deployment CSV exports already on hand. It delivers trends, period comparisons, hotspot findings and ready-to-share executive summaries and HTML dashboards without a BI stack or data warehouse.
10
MIT
Why this server?
Supports PagerDuty integration for incident management and alerting within the Coroot observability platform.
A Model Context Protocol server that provides seamless integration with Coroot observability platform, enabling monitoring of applications, analysis of performance metrics, examination of logs and traces, and management of infrastructure through Coroot's comprehensive API.
61
16
MIT
Why this server?
Routes high-risk safety incidents to on-call teams using PagerDuty routing keys for urgent human intervention.
It's a safety middleware that can detect and intercept self-harm and criminal intent at 3 stages. It allows developers of chat-based platforms to configure webhook notifications and store encrypted information for prior mitigation of any such cases.
3
56 PyPI
27
Apache 2.0
Why this server?
Provides tools for PagerDuty incident management, including incidents, on-call schedules, and services with EU support.
A curated collection of Model Context Protocol (MCP) servers for popular SaaS platforms — Stripe, Sentry, Notion, Linear, Datadog, Vercel, PagerDuty, HubSpot, Intercom, Shopify, Google Workspace
