Both turn a webhook into a push notification. They differ on how much arrives already built.
WebhookBeam and Hookfire answer the same question: the webhook fired, so how do I find out about it without watching a dashboard? Both hand you a URL to paste into a provider's settings and an app that buzzes when something arrives. If those two are your shortlist, the important decision is already made.
What separates them is how much of the work is done before you start. WebhookBeam keeps a focused catalogue of the best-known services. Hookfire ships 33 built-in sources, and each one is a hand-written definition: the provider's event list, the signature scheme its webhooks are signed with, a connection guide, and a notification template per event that has been through someone's hands. Connecting Stripe is picking Stripe from a list and pasting a signing secret, not describing Stripe to a form.
Reporting is the dimension where WebhookBeam set the bar, and it is worth being straight about that: success-and-failure charts with latency percentiles are a real feature, and they are the reason this comparison exists. Hookfire has them on Max now, with success rate, p50 and p95 latency, and volume over a rolling thirty days, counted per recipient rather than per event, because one event sent to five people with one refusal is one failure out of five and not one out of one.
The rest of Hookfire's surface is about control rather than coverage: filter rules that drop an event before anyone is interrupted, an hourly cap so a flash sale does not become two hundred buzzes, chat channels for alerts the whole team should see, and a forwarder that passes the verified webhook on to your own endpoint once Hookfire is done with it.
The shape of each tool rather than its price list, because that is the part that is still true next quarter.
| WebhookBeam | Hookfire | |
|---|---|---|
| Built-in sources | A focused catalogue of the best-known services | 33, each shipping its provider's event list, signature scheme and setup guide |
| Notification wording | Title and body you set with placeholders from the payload | Written per event and shipped with the source, then editable per integration on Max |
| Delivery reporting | Success, failure and latency reporting on deliveries | Success rate, p50/p95 latency and volume over 30 days, counted per recipient (Max) |
| Setting one up | Paste the URL into the provider, choose what to alert on | The same, with the provider's events already listed and its signing secret asked for by name |
"Only charges over $500", "ignore test-mode events": a dot path into the payload, an operator and a value. A rule that cannot be satisfied fails closed and sends nothing, which is the right way round for something whose job is keeping noise out.
Past the cap, events still arrive, still render and still land in the history. They go to the inbox instead of to a phone, and going over is itself worth exactly one notification.
An integration that was delivering and has stopped raises its own alert. It is the one failure mode a customer cannot spot for themselves: a webhook that is no longer being sent looks exactly like a quiet week.
Alerts the whole team should see go to the channel they already have open, not only to one person's phone (Max).
The verified webhook can be passed on to your own HTTPS endpoint, signed with a per-destination secret in the same timestamped HMAC scheme Stripe uses.
WebhookBeam turns webhooks into push notifications and reports on how those deliveries went.
33 providers already mapped and verified, turned into notifications a person can act on.
There is nothing to migrate, which is the good news about alerting tools: no data lives in them that you would lose. Switching is repointing a webhook URL in each provider's settings, and the guide for each of the 33 sources says exactly where that setting is.
The order that hurts least is to run both for a week. Providers are happy to send the same event to two endpoints, so you can add Hookfire beside what you have, watch the same events arrive twice, and turn the old one off once you have stopped checking. Nothing about Hookfire is exclusive: it does not take ownership of the webhook, and removing the URL is the whole of the undo.
Connect one source, send a test event, and see what the notification actually reads like.