FireHydrant MCP. Manage Outages and Service Dependencies in Chat
FireHydrant connects your incident management system to any AI agent, letting you handle complex outages through natural conversation. Instead of clicking through dashboards, you can ask your agent to list active incidents, declare new sev-2 alerts, check service dependencies, and update the timeline—all from your chat interface.
Give Claude and any AI agent real-world access
Retrieve lists of current or past service outages using list_incidents.
Quickly log a new incident with create_incident, assigning severity levels and initial details.
Understand the impact of an outage by checking all defined services using list_services or getting specific data with get_service.
Find out which personnel are available and assigned to handle a given crisis using list_teams or get_team.
Add status notes or formal updates to the timeline of an existing incident with add_incident_note or update_incident.
Gather context by listing change events, viewing runbooks, or retrieving past retrospectives using list_change_events, list_runbooks, or list_retrospectives.
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What AI agents can do with FireHydrant: 12 Tools for Incident Ops
These tools let you automate every part of the operational lifecycle, from logging a new service disruption to retrieving detailed historical records.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using FireHydrant MCPAdd Incident Note
Adds a specific note directly to the timeline of an existing incident record.
Create Incident
Initiates and logs a brand new service incident, setting its initial status and...
Get Incident
Retrieves complete, detailed information on one specific incident by its ID.
Get Service
Fetches detailed operational data for a single service from the catalog.
Get Team
Pulls specific details about an assigned responder team.
List Change Events
Provides a list of infrastructure or code changes that occurred recently, useful for root cause analysis.
List Incidents
Retrieves a summary list of all current and historical incidents logged in the system.
List Retrospectives
Lists past post-incident reviews, helping you learn from previous outages.
List Runbooks
Shows a list of active runbooks available for use when responding to an incident...
List Services
Lists every service defined in your catalog, allowing you to understand dependencies...
List Teams
Retrieves a list of all available responder teams and their current status.
Update Incident
Modifies key fields or the overall status of an existing incident record.
Security and governance baked right in.
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The Pain of Outage Coordination
Right now, when your service goes down, you're juggling five different tabs: the main alert dashboard, the runbook wiki, the team chat, the dependency map, and a separate ticketing system. You have to copy findings from one screen into another, manually updating status fields like 'Investigating' or 'Mitigated.' It's a cycle of switching context, clicking through menus, and doing repetitive data entry.
With this MCP, you speak naturally to your agent. Instead of juggling tabs, you simply ask: 'What do we know about the Payment Gateway outage?' The system doesn't just give you a link; it runs `get_incident` and delivers all the current status updates, team assignments, and related service details in one clear conversation. You get answers, not links.
FireHydrant MCP: Command Incident Response
The manual steps that disappear include running a search across five different systems to compile an incident summary; manually checking the status of every dependent service; and writing out repetitive 'Update' notes multiple times. These are hours spent on coordination, not fixing.
Now, you get a single point of truth. You use this MCP to declare incidents with `create_incident` or update them using `update_incident`. The difference is that your entire operational history—the investigation, the fix, and the post-mortem —lives right where you are talking.
What FireHydrant MCP does for your AI
FireHydrant lets you manage major service disruptions without ever leaving your chat window. It connects directly to your existing incident management platform, giving your AI client a full view of what's broken, who needs to know, and why it happened.
When an outage hits, time is critical. You can simply ask to list all currently active incidents or check the status of a specific service. Need to start a new response? Just tell your agent to create an incident, specifying severity levels, and get it logged immediately. The system keeps track of everything: who's on the team, what changes might have caused this mess, and every note added to the timeline.
This kind of operational intelligence usually lives in separate dashboards, requiring you to switch between tabs just to understand dependencies or assign personnel. Using your AI client through Vinkius means all that data—service catalogs, responder teams, runbooks, even post-incident reviews—comes together conversationally. You talk to it like a teammate and get actionable operational steps back.
019d759a-08f0-71ae-92ae-56ed2bb97c78 How to set up FireHydrant MCP
The bottom line is you get access to complex incident management data using simple chat commands instead of jumping through multiple web forms and dashboards.
Subscribe to this MCP via Vinkius and plug in your FireHydrant API Key.
Start talking to it through any AI client; just ask it to perform an operational task, like listing all current incidents or getting service details.
Your agent uses the underlying tools to fetch accurate data and delivers a conversational summary of the findings.
Who uses FireHydrant MCP
This MCP is built for Site Reliability Engineers (SREs) and DevOps teams who are tired of clicking through seven different tabs just to understand the scope of a single outage. It's for anyone whose job involves coordinating complex, high-stakes system responses under pressure.
You use this MCP to quickly declare incidents and fetch service details during a major outage, bypassing manual dashboard navigation.
When things go sideways, you use it to automate gathering team information and post updates to the timeline without manually copying data.
You leverage this MCP to review recent change events or check active runbooks immediately after an alert triggers, speeding up diagnosis.
Benefits of connecting FireHydrant MCP
You stop hunting for data. Instead of manually checking multiple dashboards, you can use the list_incidents tool to get a comprehensive overview of every active outage instantly.
Team coordination becomes automatic. Need to know who's available? The MCP lets you call list_teams and confirm that the right people are assigned before calling for help.
Incident documentation is fast. Instead of copying status updates into separate tickets, use add_incident_note to post everything directly to the incident timeline.
Service impact analysis is immediate. By using list_services, you don't just see a service is down; you see what other systems depend on it.
Post-mortem learning gets easier. You can call list_retrospectives and retrieve historical deep dives, ensuring every incident leads to better procedures.
FireHydrant MCP use cases
The critical system is down, but I don't know what failed.
An agent asks: 'What happened?' The MCP runs list_change_events and immediately provides a list of recent infrastructure changes that might have triggered the outage. This cuts hours off initial diagnosis.
I need to start documenting this major incident right now.
The Incident Commander asks: 'Start logging sev-1 for Payment Gateway.' The agent uses create_incident and automatically notifies the relevant responder teams, getting the process started in seconds.
I need to update my team on the current status of the outage.
The manager asks: 'What's the latest?' The agent runs get_incident and pulls all recorded notes and updates, summarizing them for a stakeholder meeting without needing to log into the platform.
We need to find out if two services are related.
The engineer asks: 'What depends on the authentication service?' The agent runs get_service and lists all downstream dependencies, preventing them from missing a critical link during recovery.
FireHydrant MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Treating it like a knowledge base search.
Asking the system to 'Tell me about database latency.' This treats the incident platform like Google, giving vague, non-actionable answers.
Instead, use list_incidents to find an active alert ID, then ask: 'Get details for inc_456.' This forces the agent to retrieve structured data and actionable facts.
Manual status updates via copy/paste.
Copying a finding from Slack into the incident platform's notes section, risking human error or formatting issues.
Use add_incident_note to post your update directly through the chat. This ensures the note is formatted correctly and instantly visible in the timeline.
Ignoring the service catalog entirely.
Focusing only on the immediate failing component without understanding its impact, potentially missing a critical upstream dependency failure.
Always start by running list_services to map out dependencies. This gives you the full operational picture before jumping into remediation.
When to use FireHydrant MCP
Use this MCP if your core problem is coordinating complex, multi-step technical operations—like incident response or service dependency mapping. If your workflow requires tracking who does what, when, and why during a crisis, this MCP is for you. You need the ability to read past incidents (list_retrospectives), identify potential causes (list_change_events), and update real-time status across multiple teams. Don't use it if you simply need to store information; that’s a document management tool. Also, don't use it if your goal is just general knowledge retrieval; for specific troubleshooting guides, look for dedicated runbook tools or documentation repositories. If the action requires manipulating state (creating an incident, updating a record), this MCP handles it.
Frequently asked questions about FireHydrant MCP
Can FireHydrant MCP list all current outages? +
Yes. You use list_incidents to fetch a summary of every active and historical incident in the system, giving you a quick operational overview.
How do I check what services are affected by an outage using FireHydrant MCP? +
You call list_services. This tool gives you the full service catalog, allowing you to map out dependencies and understand the total scope of impact.
Does FireHydrant MCP help assign people during an incident? +
Yes. Use list_teams or get_team to see which responder teams are available, ensuring you assign the right experts immediately when declaring an event with create_incident.
I need to record a finding from the investigation; can FireHydrant MCP do that? +
Absolutely. Use add_incident_note to post your findings directly to the incident timeline, making sure every responder sees your update immediately.
Can I retrieve information about past outages with FireHydrant MCP? +
Yes. You can use list_retrospectives to view previous post-incident reviews and lessons learned from similar system failures.