Cronping

Cron jobs and scheduled background tasks fail silently by design, so engineers often have no way of knowing when a job stops running on time. Standard uptime monitoring does not catch this kind of failure because it checks whether a service responds, not whether a scheduled task actually ran as expected. The company's own blog content notes that a cron job can still succeed while becoming unhealthy, and that most default tooling does not surface schedule drift, slowdowns, or missed runs until they turn into outages. Teams relying on this status quo risk discovering broken backups, syncs, or reports only after the downstream damage is done.

Cronping asks developers to add a single curl request to the end of a cron job or script, which pings its service whenever the job runs. It then tracks the schedule and history of each job as a 'heartbeat,' watching for missed or late pings and flagging jobs as up or down, with a rolling uptime history and status change log showing recovery times. When a job goes silent, Cronping alerts the whole team through channels including email, Slack, Discord, Telegram, Microsoft Teams, PagerDuty, and Incident.io, or custom webhooks with optional HMAC-SHA256 signing. Higher-tier plans add progress tracking for multi-step jobs and statistical anomaly detection to catch jobs that succeed but behave abnormally.