Webhook monitoring sounds simple until the first silent failure.
A payment provider sends a callback that never reaches your app. A customer endpoint starts timing out after a deploy. A retry queue backs up because one downstream service changed its TLS config. The webhook was “sent,” but nothing useful happened on the other side.
That is why webhook monitoring matters. It is not just about sending webhooks. It is about knowing when delivery stops, slows down, or starts failing in a way your users will feel.
What webhook monitoring should catch
A good webhook monitor should surface more than a single success or failure flag. For Laravel teams, the useful signals are usually:
- delivery failure rate
- retry storms
- stalled or growing webhook queues
- long execution times
- repeated timeouts against the same endpoint
- jobs that fail after a deploy or config change
If the only signal you have is “the job was dispatched,” you are still guessing.
Why generic checks miss the problem
Many teams watch webhook health indirectly through uptime checks or log searches. That is better than nothing, but it misses a lot of real failure modes:
- the job runs but the endpoint returns 500
- the queue grows slowly and nobody notices for hours
- the worker dies and the retry loop never recovers
- a provider changes payload requirements and every delivery starts failing
These are exactly the cases where a Laravel-native monitor helps, because it can track the queue, the worker, and the job history together.
What to monitor in Laravel
If your app sends webhooks, track the queue group that handles them separately from your general background jobs.
Useful alerts include:
- webhook queue depth above a threshold
- oldest webhook job age above a threshold
- failed webhook jobs per minute
- repeated failures for the same endpoint
- missing scheduled dispatches for webhook sync jobs
For inbound webhooks, you can still use the same monitoring pattern. Watch the job or task that processes the callback, and alert if it stops running or starts failing.
How Crontinel helps
Crontinel tracks Laravel scheduler runs, queue depth, failed jobs, and Horizon state. That means webhook delivery problems show up as a real incident, not as a vague log line somewhere.
A SaaS team can use Crontinel to watch webhook delivery queues and alert on the first signs of backlog growth. A self-hosted team can keep the data inside its own infrastructure and still get the same signal.
Quick setup idea
A simple pattern looks like this:
Schedule::job(new SyncWebhooksJob)->everyMinute();
// In Crontinel, alert on the webhook queue depth and failed-job rateThen route the alert to Slack, email, PagerDuty, or a webhook endpoint. If your webhook pipeline starts failing, you get told before a customer opens a ticket.