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Manage and monitor cron jobs with natural language through MCP.
The available material is sparse, but the tool appears to manage cron jobs through the Cronlytic API, implying local execution and likely interaction with an external service, so overall it warrants caution. Its open-source MIT-licensed status is a positive factor, but low adoption and unknown maintenance mean it should be used with least privilege and source review.
The material explicitly states there are no required keys or environment variables, and it does not ask for API keys, tokens, or local sensitive credentials; based on the provided facts, credential exposure appears low.
The description says it 'integrates with the Cronlytic API', which implies communication with the Cronlytic service as part of its stated function. Although no remote host is listed in the objective checks, the material does not specify actual endpoints, transmitted content, or data scope, so potential data egress warrants caution.
The system checks indicate that this tool executes code. For an MCP tool, local process launch or execution logic is a normal capability, but the material does not define the exact boundary of system capabilities, so it should be treated as a tool with local execution ability.
Based on 'cron job management', the tool may need access to job configurations, scheduling-related data, or the local runtime environment. However, with no README, it does not specify which files, directories, or system resources it reads or writes, so the exact data-access scope cannot be confirmed.
The source is available and MIT-licensed, which is a clear risk-reducing factor. However, it comes from a third-party registry, has 0 stars, unknown maintenance status, and very limited documentation, so supply-chain trust is moderate and should be approached with caution via source and dependency review.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Cronlytic MCP Server" yet — see the docs or source repo.
Connect to Cronlytic and list all current cron jobs, including name, schedule, last run time, and current status, and highlight any failed jobs.
A structured list of cron jobs with key details, highlighting failed or abnormal items.
Create a new job in Cronlytic to run a database backup every day at 2 AM, named nightly-db-backup, and then confirm the cron expression and configuration details.
A new cron job is created, with confirmation of its name, schedule, cron expression, and creation result.
Inspect the cron job with the most failures in the past week, analyze its execution timing, and reschedule it to a lower-load server window; then summarize the reason for the change.
An analysis of the failing job, a recommended or applied new schedule, and an explanation of the rationale and impact.
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