webhook-handler

To verify webhook signatures, you validate the cryptographic signature sent in the request headers against the payload using your secret token. This ensures the authenticity of incoming webhook requests from external services like Stripe or GitHub.

Webhook idempotency prevents duplicate event handling by tracking processed event IDs. This ensures data integrity by ignoring redundant requests, so your application state remains consistent even if an external service retries a webhook delivery.

You process webhook payloads asynchronously by offloading the event handling logic to a background task queue immediately after receiving the request. This manages event processing without blocking the initial request, ensuring quick responses.

You need a dedicated webhook handler when building event-driven architectures in distributed systems that require secure, reliable processing. It addresses data integrity and application responsiveness when receiving external service notifications like payment events.

Yes, the webhook handler operates without external dependencies, providing a framework to securely process incoming events. It focuses on signature verification, idempotency, and asynchronous processing to ensure data integrity independently.

The best way to handle duplicate webhook deliveries is implementing idempotent processing. Prevents duplicate event handling by checking event identifiers, ensuring data integrity when external services retry failed requests.