FireHydrant MCP. Manage incident response, services, and teams from chat.
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FireHydrant MCP Server connects your incident management platform to your AI client. You can initiate, update, and coordinate responses to service outages directly from chat.
It lets you list active incidents, check service dependencies, and assign teams without leaving your agent interface.
What your AI agents can do
Add incident note
Adds a note to a specific incident's timeline.
Create incident
Creates a new incident record in FireHydrant.
Get incident
Retrieves detailed information about a specific incident.
Create new incidents, list all active incidents, and update existing ones with new status details.
List all defined services and check their dependencies to understand the full impact of an outage.
List and get details on responder teams, ensuring the right personnel are assigned to the incident.
Post status notes or updates directly to an active incident's timeline from your chat interface.
Retrieve post-incident reviews or list active runbooks to understand what happened or what to do next.
List recent change events to pinpoint infrastructure or code changes that might have caused the outage.
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Supported MCP Clients
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FireHydrant MCP Server: 12 Tools for Incident Ops
These tools let your agent manage the full lifecycle of an incident, from creation and service mapping to team coordination and post-mortem documentation.
019d759aadd incident note
Adds a note to a specific incident's timeline.
019d759acreate incident
Creates a new incident record in FireHydrant.
019d759aget incident
Retrieves detailed information about a specific incident.
019d759aget service
Gets specific details about a defined service.
019d759aget team
Retrieves information about a specific responder team.
019d759alist change events
Lists recent infrastructure or code change events.
019d759alist incidents
Lists all currently active or past incidents.
019d759alist retrospectives
Retrieves a list of completed post-incident reviews.
019d759alist runbooks
Lists all available automated runbooks for response procedures.
019d759alist services
Retrieves the full service catalog and dependency list.
019d759alist teams
Lists all defined responder teams and their members.
019d759aupdate incident
Modifies details, status, or milestones of an existing incident.
Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
What you can do with this MCP connector
FireHydrant MCP Server hooks your incident management platform into your AI client. You can manage service outages and coordinate responses straight from your chat window. Your agent lets you list active incidents, check service dependencies, and assign teams without leaving your interface.
Manage Incident Status
- You can create a new incident record in FireHydrant using
create_incident. You'll also get detailed info on a specific incident withget_incident, and you can list all incidents, both active and past, withlist_incidents. You can modify an existing incident's status or details withupdate_incident, and you'll always be able to drop status notes directly onto the incident timeline usingadd_incident_note.
Map Service Dependencies
- You can pull the full service catalog and see every dependency list by calling
list_services. To understand the impact of an outage, you can check specific details about any defined service usingget_service. You can also see what services are available to list them all withlist_services.
Coordinate Response Teams
- You can pull a list of all defined responder teams and their members using
list_teams. If you need details on a specific team, you can get that info withget_team.
Review Incident History
- To see what went wrong, you can list recent infrastructure or code changes that might have caused the outage using
list_change_events. You can also retrieve a list of completed post-incident reviews withlist_retrospectives. You'll find all available automated response procedures by callinglist_runbooks.
Track Infrastructure Changes
- To pinpoint what might have broken things, you can list recent change events using
list_change_events.
General Information
- You can pull a full list of all services available for mapping with
list_services.
How FireHydrant MCP Works
- 1 Subscribe to the server on the Vinkius Marketplace and input your FireHydrant API key.
- 2 Tell your AI client to perform an action (e.g., 'List all Sev-1 incidents').
- 3 The agent calls the appropriate tool, retrieves the data, and reports the actionable summary back to you.
The bottom line is, your agent acts as a single point of contact for all your incident data, eliminating the need to jump between dashboards.
Who Is FireHydrant MCP For?
The Site Reliability Engineer (SRE) who needs to triage a major outage at 2 AM. The Incident Commander who needs a rapid, accurate overview of who's involved and what's broken. Or the Engineering Manager who just needs to know the blast radius and status for executive calls. This tool cuts through the noise.
Use this to quickly declare an incident, fetch service details, and gather evidence during a high-pressure outage.
Automate gathering team assignments, updating the incident timeline, and checking the current status of all affected services via simple commands.
Check recent change events and list runbooks to determine the root cause and the immediate steps needed for mitigation.
What Changes When You Connect
- Start with
list_incidentsto get an immediate overview of all active outages. You don't have to navigate to the main dashboard just to know what's going on right now. - Pinpoint the root cause quickly. Use
list_change_eventsto review recent infrastructure changes and see if a deployment triggered the outage. - Avoid guesswork during an outage. Use
list_servicesto map the entire service catalog and understand exactly which components depend on the failing service. - Coordinate the response instantly. Use
list_teamsandget_teamto pull up contact information and assigned personnel for the affected service. - Document everything without context switching. After resolving an issue, use
add_incident_noteto post a summary directly to the incident's timeline. - Know the plan. Check
list_runbooksto see what automated workflows are available, or checklist_retrospectivesto see how the team handled similar issues before.
Real-World Use Cases
The Incident Commander needs a full blast radius map.
The commander sees a service degradation alert. Instead of opening 5 different tabs, they tell their agent: 'What services are affected by the database issue?' The agent calls get_service and list_services, mapping dependencies and giving them the full scope immediately.
The SRE needs to start the clock on a new outage.
The SRE sees the initial alert. They ask their agent: 'Declare a sev-2 incident for the payment gateway timeout.' The agent runs create_incident, setting the severity and getting the ID, which they then use to update_incident with initial findings.
The DevOps Engineer needs to review the history.
After the fire is out, the engineer asks the agent to 'Show me the history of this outage.' The agent runs list_retrospectives and list_change_events, providing both the final analysis and the recent commits that might have caused it.
The Manager needs to assign the right people.
The manager asks the agent: 'Who owns the Payment Gateway service?' The agent calls get_service and list_teams to identify the service owner and the correct responder team, ensuring the right people are notified immediately.
The Team needs to document the fix.
The team finishes the fix. They tell the agent: 'Add a note to incident inc_123 saying we rolled back the deployment.' The agent uses add_incident_note, logging the action directly to the incident timeline for record.
The Tradeoffs
Jumping between dashboards
The engineer opens the incident dashboard, then opens the service catalog, then opens the team roster, and finally opens the change log. This takes five minutes and guarantees context loss.
→
Tell your agent to run multiple checks at once. For example, ask the agent to 'Summarize the impact of incident inc_123 by checking services, teams, and change events.' The agent chains the necessary calls (get_incident, list_services, get_team, list_change_events) automatically.
Manual data correlation
The engineer sees an alert for 'Database Latency' and manually has to open a separate sheet to cross-reference which services rely on the database and who owns those services.
→
Ask your agent to 'What services rely on the database and who are the owners?' The agent uses get_service and list_teams to correlate the data and give you a single, actionable list.
Forgetting to document the fix
The team resolves the incident and closes the ticket, forgetting to record the root cause or the resolution steps in the system.
→
Use add_incident_note immediately upon resolution. You can then follow up with update_incident to mark the status as resolved, ensuring the timeline is complete.
When It Fits, When It Doesn't
Use this if you need to manage incidents, services, and teams in a single, conversational flow. It's best for triage and post-mortem documentation where you need to correlate data points (e.g., linking a service failure to a change event and a responsible team). Don't use this if your only goal is to view a static report that doesn't require interaction. If you just need to view a list of all incidents, a simple dashboard view is faster. This server is for actioning data and connecting discrete pieces of information.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by FireHydrant. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 12 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Sifting through dashboards for outage context is a time sink.
When a major outage hits, you don't have time to jump between the incident dashboard, the service catalog, and the team roster. You spend minutes copying IDs and pasting them into different views just to figure out the scope: what's down, who owns it, and what changed recently.
With FireHydrant MCP, you just talk to your agent. You ask, 'What's the blast radius for service X?' and the agent runs the necessary tools (`get_service`, `list_services`) to give you the full picture immediately. It's instant correlation.
FireHydrant MCP Server: Manage incidents, services, and teams
Manual processes require you to check the incident status, then look up the service, then find the team, and finally list the runbook. This is a frustrating, multi-step process that breaks under pressure.
Now, you can ask your agent to 'Get the status and runbook for the Payment Gateway service.' It chains the calls for you, giving you the incident status, the service details, and the relevant runbook in one response. You just talk, and it handles the API calls.
Common Questions About FireHydrant MCP
How do I use the `list_incidents` tool with FireHydrant MCP Server? +
You ask your agent to 'List all active incidents.' The agent uses list_incidents to pull a list of current and past incidents, giving you a quick overview of the overall system health.
Can I use `get_service` to see service dependencies? +
Yes. The agent calls get_service to fetch specific service details. This data shows you which other services rely on the service you are investigating, helping you map the full impact.
What is the difference between `list_teams` and `get_team`? +
list_teams gives you a list of all responder groups. get_team lets you drill down to see the specific members, roles, and contacts for one team.
How do I record updates using `add_incident_note`? +
You ask your agent to 'Add a note to incident inc_123 saying we rolled back the deployment.' The agent uses add_incident_note and posts the update directly to the incident's timeline.
Can I find out what changed recently using `list_change_events`? +
Yes. The agent calls list_change_events to pull a chronological list of recent infrastructure or code changes, letting you check if a deployment triggered the current outage.
How do I check for automated workflows using `list_runbooks`? +
The list_runbooks tool shows all active runbooks defined for your environment. You can use this to see automated workflows available for an incident, which helps your team understand the immediate response options.
What is the purpose of the `create_incident` tool? +
The create_incident tool lets you declare a new incident immediately. You provide the severity and name, and the system handles the initial setup and notification process.
Can I retrieve historical incident reports using `list_retrospectives`? +
Yes, list_retrospectives pulls all past post-incident reviews. This lets you quickly access historical data and learn from previous outages without manual searching.
How do I declare a new incident using the agent? +
You can use the 'create_incident' tool. Simply provide a name and optionally a summary and severity level. The agent will trigger the declaration in FireHydrant and return the new incident details.
Can I see recent infrastructure changes using this server? +
Yes! The 'list_change_events' tool retrieves a history of recent changes. This is extremely useful for identifying potential root causes during an active incident investigation.
How do I add a status update to an ongoing incident? +
Use the 'add_incident_note' tool. You'll need the Incident ID and the text of your update. The note will be immediately posted to the incident's timeline for all responders to see.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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