Cronitor MCP for AI Agents. Manage Cron Jobs and Website Uptime Monitoring
Cronitor brings full visibility into your infrastructure's background jobs, heartbeats, and website uptime. Connect this MCP to instantly track performance metrics, manage alerts, or diagnose failures across any service without switching tabs. Your AI agent acts like a constant SRE assistant right in your chat window.
Give Claude and any AI agent real-world access
Set up, list, and update monitors for cron jobs, heartbeats, and website health checks across multiple services.
Query aggregated data and site analytics to understand latency, success rates, and overall system performance trends.
Track active issues, create maintenance windows, or manage status pages directly through your AI agent.
Send job state updates (like 'running', 'complete', or 'failed') to track execution lifecycles in real time.
Group monitors, manage notification lists, and control which environments are being monitored.
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What AI agents can do with Cronitor (Monitoring) MCP: 24 Tools for Uptime Monitoring
Use these tools to manage monitors, retrieve metrics, update status pages, and control the entire lifecycle of your infrastructure monitoring setup.
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 Cronitor (Cron Monitoring) MCPBulk Issues
Perform bulk actions on multiple reported issues at once.
Clone Monitor
Create a new monitor using the settings from an existing one.
Create Api Key
Generate and issue a new API key for system access.
Create Status Page Component
Build individual sections or components that go onto your main status page.
Create Environment
Define a new monitoring environment (e.g., staging, production).
Create Group
Assemble related monitors into a single logical group.
Create Issue
Log and report a new active incident or issue for tracking.
Create Maintenance Window
Schedule an official window of planned downtime to prevent alerts from firing...
Create Monitor
Set up a new monitor for a specific cron job, heartbeat, or website endpoint.
Create Notification
Establish a list of recipients who need to be alerted when an issue occurs.
Create Site
Set up a new Real User Monitoring (RUM) site for performance tracking.
Create Status Page
Initialize and create an entirely new public status page.
Delete Api Key
Revoke and delete a specific API key when it's no longer needed.
Delete Status Page Component
Remove status page components that are outdated or incorrect.
Delete Group
Delete an entire monitor group from the system.
Delete Monitor
Take down and delete a specific, individual monitor.
Delete Site
Remove a Real User Monitoring site when monitoring is complete.
Delete Status Page
Archive and delete an entire status page instance.
Get Aggregates
Retrieve rolled-up aggregates
Get Metrics
Requires at least one field parameter. Retrieve performance metrics
Get Monitor
Retrieve a specific monitor
Get Site Errors
Get site errors
List Api Keys
View all API keys currently associated with the account.
List Status Page Components
Retrieve a list of existing components on status pages.
List Environments
View all defined monitoring environments (e.g., dev, prod).
List Groups
See a list of organized monitor groups.
List Issues
Retrieve a history of all open and closed incidents or issues.
List Monitors
Get an overview, or search for specific existing monitors.
List Notifications
List notification lists
List Sites
List RUM sites
List Status Pages
List status pages
Pause Group
Bulk pause or resume a group of monitors
Pause Monitor
Use 0 to resume. Pause or resume a monitor
Query Site Analytics
Query site analytics
Send Telemetry
link. Send telemetry events (pings, metrics)
Update Api Key
Update an API key
Update Status Page Component
Update status page components
Update Environment
Update an environment
Update Group
Update a monitor group
Update Issue
Update an issue state
Update Monitors
Create or update monitors in bulk
Update Notification
Update a notification list
Update Site
Update RUM sites
Update Status Page
Update status pages
Security and governance baked right in.
Pick your AI client below to get set up. Just create a Vinkius account, subscribe, and you're instantly up and running. We handle the entire backend infrastructure, delivering out-of-the-box support for HTTPS Streamable, SSE, and OAuth2—zero messy routing required.
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.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on each call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with Cronitor (Cron Monitoring), then connect any of our 5,200+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 5,200+ others, all in one place
- Add new capabilities to your AI anytime you want
- Connections are secured and governed automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog weekly
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Cronitor. 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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Cronitor (Monitoring MCP) for Uptime Monitoring
Right now, checking if your critical background jobs finished requires logging into the cron dashboard. Then you check the heartbeat service in a second tab, and finally, you manually verify the site analytics on a third page. It's copy-pasting statuses across three different screens just to answer: 'Is everything running?'
With this MCP, your agent pulls all that information into one chat window. You ask it about job status or uptime, and it brings back comprehensive reports instantly, giving you the full picture without leaving your primary workflow.
Cronitor (Monitoring MCP) for Incident Management
When an issue hits, the typical process is a frantic search: which service failed? Is it active or already resolved? Did we schedule maintenance for this? You spend time sifting through tickets and status pages just to establish facts.
Now, your agent tracks everything. You can ask it to list all open incidents via `list_issues`, see if a maintenance window is scheduled, and even create a new incident report—all in one conversation thread.
What Cronitor MCP for AI Agents MCP does for your AI
You shouldn't have to jump between ten different dashboards just to see if your nightly backups ran, or why your primary API endpoint is suddenly flaky. This MCP lets you connect Cronitor directly to your preferred AI client, giving you full visibility into your entire infrastructure's health through natural conversation.
You can ask your agent to check the status of a critical cron job, query performance metrics for specific sites, or even schedule maintenance windows when planned downtime hits.
This capability is huge. Instead of manually running checks, your AI agent handles the monitoring lifecycle: it monitors background jobs, tracks heartbeats, and analyzes site analytics—all from one place. Because this MCP is hosted on Vinkius, you connect once to access Cronitor alongside thousands of other developer tools, making it a single source for operational intelligence.
019e3880-dca5-7283-a160-3f30154add30 How to set up Cronitor MCP for AI Agents MCP
The bottom line is you talk to your agent like a teammate and get immediate operational status reports for your entire stack.
Subscribe to the Cronitor MCP and provide your unique API key.
Connect this MCP to your AI client (like Claude or Cursor).
Use natural language prompts to ask about monitor statuses, query performance data, or trigger incident actions.
Who uses Cronitor MCP for AI Agents MCP
Anyone whose job involves keeping systems running 24/7 needs this. If you're tired of jumping between monitoring dashboards, these tools are for you. It’s especially critical for Ops Leads and Backend Developers who need to prove uptime or troubleshoot a flaky cron job before the customer even calls.
Managing status pages, grouping monitors by service line, and coordinating incident response actions like setting maintenance windows.
Creating new monitors for specific cron jobs or heartbeats, reviewing aggregate performance metrics, and updating group settings.
Sending direct telemetry pings from the code editor to confirm a job's execution state after committing changes.
Benefits of connecting Cronitor MCP for AI Agents MCP
Stop manually checking job statuses. Use the list_monitors tool to instantly check if a critical background process is healthy or failing.
Get immediate incident visibility using list_issues. Instead of searching through logs, your agent pulls up a live list of all active failures and incidents.
Control planned downtime without panic. Schedule maintenance windows with create_maintenance_window so alerts automatically silence during deployments.
Improve performance diagnostics by calling get_metrics to pull aggregated data on latency across different services in one prompt.
Maintain clean infrastructure by using delete_monitor or delete_group when a service is deprecated, keeping your monitoring setup accurate.
Cronitor MCP for AI Agents MCP use cases
Investigating a sudden API failure
A backend developer notices an endpoint failing. They prompt their agent to check the status by calling get_monitor and then use send_telemetry to ping the service immediately, getting confirmation of the execution cycle right in the chat.
Preparing for planned deployment downtime
The SRE lead needs to deploy a major system update. They ask their agent to first use create_maintenance_window and then pause all related services using pause_group, ensuring no alerts fire during the rollout.
Auditing service performance trends
An operations lead needs proof of system stability. They ask their agent to use get_aggregates and list_sites to pull up historical data on site latency, providing a single dashboard view for stakeholders.
Scaling monitoring setup
A DevOps team needs to monitor five similar services. They prompt their agent to use the clone_monitor tool and then run update_monitors in bulk, setting up consistency across all new deployments.
Cronitor MCP for AI Agents MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Ignoring group management
A user creates 50 individual monitors for a single service line. When something breaks, they have to ask the agent about each one separately, which is slow and inefficient.
Group related services first by using create_group. Then, if anything fails, you can query or manage the status of all 50 through that single group name.
Manually managing alerts
A team member forgets to tell their agent they are deploying. The system sends dozens of 'Failure' alerts for every service, creating alert fatigue.
Before deployment, use create_maintenance_window and then leverage the group controls to pause all relevant monitors, silencing noise until the window closes.
Using outdated site data
A user tries to troubleshoot slow page load times but only has access to historical metrics that don't reflect current code changes.
Use list_sites to ensure your RUM sites are active, and then use the specific API calls like create_site or update_site to keep the monitoring data accurate for today’s performance.
When to use Cronitor MCP for AI Agents MCP
You should use this MCP if you need a centralized view of system health, especially when coordinating multiple background jobs and user-facing services. It's perfect for teams that rely on constant uptime validation—think SREs or DevOps groups. You absolutely need it if your team uses cron jobs or has publicly visible service status pages.
Don't use this if you only need to monitor one isolated, non-critical endpoint; a simpler monitoring tool might suffice. Also, don't rely on this for deep code debugging (that's what an IDE is for); use it instead when the problem is 'Did the job run?' or 'Is the site slow right now?'. If you need to build a full CI/CD pipeline and want type-safe validation of inputs before sending commands, look into dedicated workflow tools.
Frequently asked questions about Cronitor MCP for AI Agents MCP
How do I use the Cronitor MCP to check if my cron jobs are actually running? +
You simply ask your agent for a status report. It checks all defined monitors and tells you which job is healthy, failing, or paused. This saves you from manually checking multiple dashboards just to confirm execution.
Can the Cronitor MCP help me manage my website downtime information? +
Yes. You can create a dedicated status page and use the MCP to post updates about ongoing incidents or scheduled maintenance windows, keeping your users informed automatically.
What if I need to track performance metrics for different times of day using Cronitor? +
The MCP lets you query aggregated data over specific time ranges. You can pull P50 duration or success rates for the last 24 hours, giving you historical context on system load.
Is Cronitor good for tracking API endpoints that fail intermittently? +
Absolutely. By setting up a dedicated monitor and using telemetry pings, your agent tracks the entire execution lifecycle—from running to failure—giving you precise data on intermittent issues.
Does Cronitor help me organize my monitoring setup if I have many services? +
Yes. You can use monitor groups to logically cluster related jobs (like 'Payment Services' or 'User Auth'), letting your agent manage them all with one command.
What is the difference between using Cronitor for job monitoring versus website uptime? +
Job monitoring tracks background processes that run on a schedule. Website uptime monitors track external-facing endpoints, ensuring the actual pages your users visit are loading correctly and quickly.