n-A WooCommerce Webhook Tells You Something Happened. It Does Nothing About It.
WooCommerce ships native webhook support under WooCommerce's Advanced settings: pick a topic like order created, product updated, or customer created, point it at a URL, and WooCommerce POSTs the event there the moment it happens, signed so you can verify it's genuine. That's the whole feature. What happens after your server receives that POST, updating a second system, triggering a notification, retrying if it fails, is work nobody builds unless someone sits down and builds it.
How WooCommerce webhooks actually work
Each webhook is set up against a specific topic (`order.created`, `order.updated`, `product.created`, `customer.updated`, and similar), delivered as a POST request carrying the relevant object as JSON. WooCommerce signs the payload with a secret you set when creating the webhook, included as an `X-WC-Webhook-Signature` header, so your endpoint can confirm the request actually came from your store and wasn't forged.
A genuinely common, separate case is the Stripe gateway for WooCommerce, which registers its own webhook endpoint directly with Stripe rather than going through WooCommerce's webhook system at all. That's what catches events a checkout page can't see on its own: a card that clears 3D Secure a minute later, a subscription renewal that succeeds or fails overnight, a dispute opened days after the sale. Getting the Stripe webhook secret and endpoint set up correctly on both sides is where a lot of 'why didn't this order update' problems come from.
WooCommerce doesn't automatically retry a failed delivery forever, and a webhook that fails silently, because your receiving server was down for five minutes, because a deploy was mid-flight, looks identical to an order that never fired an event at all unless you're logging deliveries somewhere and checking.
Where receiving the event is only step one
Getting the POST request is the easy part. Verifying the signature, parsing the payload correctly for that specific topic, and deciding what to actually do with it (update a CRM record, kick off a fulfillment step, flag a failed Stripe renewal for a person) is a separate piece of logic for every topic you subscribe to, and it has to handle the event arriving twice, arriving out of order, or not arriving at all.
Most businesses end up needing both a webhook and a periodic API check in parallel: the webhook for speed, a scheduled sync as the backstop that catches anything a dropped delivery missed. Running only the webhook and trusting it completely is how a quiet gap shows up months later when someone notices an order that never made it into the accounting system.
What we build on top of WooCommerce webhooks
A failed Stripe renewal that reaches a person before the customer notices
A subscription payment that fails overnight through Stripe's webhook triggers an internal flag and a customer email automatically, instead of someone finding out a week later when the customer asks why their access stopped.
Webhook delivery with a real backstop
Every delivery gets logged, and a scheduled check against the API catches anything a dropped or failed webhook missed, so a five-minute server outage doesn't quietly turn into a missing order.
Which WooCommerce event still waits on someone noticing it?
A renewal failure, a new order, a cancelled subscription: tell us which event you're currently catching by checking a dashboard, and we'll scope what it'd take to catch it automatically instead.
Watching for WooCommerce events instead of being notified of them?
A dashboard someone checks is a polling system with a person doing the polling. WooCommerce's webhooks, and Stripe's separately, exist so nobody has to be that person, but only once something's actually listening on the other end. We build that listener, and WooCommerce events are just the example here: n-frames does this for whatever tool in your stack already fires an event that nobody's catching yet.
Let's talk