Building webhook integrations shouldn't require deploying your application every time you make a change.
One of the first things you discover when working with webhooks is that your local development environment isn't reachable from the internet.
Your application might be running perfectly on localhost:3000, but webhook providers like Stripe, GitHub, Clerk, Shopify, or Discord can't send requests to your machine.
So the usual workflow begins.
Start a tunnel.
Copy the public URL.
Update the webhook endpoint in the provider dashboard.
Restart the tunnel.
Copy a new URL.
Update the provider again.
Repeat.
It works.
But after doing it dozens of times across different projects, it starts to feel like unnecessary friction.
Local Development Shouldn't Slow You Down
When you're building a webhook integration, the goal is to iterate quickly.
Receive an event.
Inspect the payload.
Change some code.
Try again.
Instead, developers often find themselves spending just as much time managing tunnel URLs as writing application logic.
A tunnel expires.
The URL changes.
Every webhook provider now needs to be updated.
If you're integrating with multiple services at once, that overhead grows quickly.
It's a small problem that becomes surprisingly repetitive.
Tunnels Are More Than Just Public URLs
Most people think of a tunnel as a way to expose localhost.
That's true.
But for webhook development, it's also the bridge between your local application and the outside world.
It allows you to receive real production-like events without deploying your application every time you want to test a small change.
That feedback loop matters.
The faster you can receive, inspect, and replay events, the faster you can build reliable integrations.
Why I Built Tunnels into Hooktrace
While building Hooktrace, I realized developers were already using one tool to expose localhost and another to inspect webhook deliveries.
That felt fragmented.
Hooktrace already understands webhook events.
It already captures requests, payloads, headers, retries, and delivery timelines.
Adding tunnels means developers can expose a local endpoint and immediately start inspecting events from the same platform.
No context switching.
No juggling multiple dashboards.
Just one place to receive, inspect, debug, and replay webhook traffic.
There are already excellent tunneling tools available, and I've used many of them myself.
The goal isn't to replace them.
The goal is to make the webhook development experience feel more connected.
Instead of thinking about tunnels, event inspection, retries, aggregation, destinations, and observability as separate tools, I think they should work together.
That's the direction I'm taking with Hooktrace.
Building Hooktrace in Public
Every feature I build starts with a problem I've run into while building integrations or backend systems.
Sometimes it's webhook observability.
Sometimes it's event aggregation.
Sometimes it's routing events to different destinations.
This week, it was local webhook testing.
I'm documenting that journey in public—not just the finished product, but the engineering decisions, trade-offs, and lessons learned along the way.
If you're building event-driven systems or working with webhooks every day, I'd love to hear how you're solving these problems.
Good developer tools are shaped by real developer feedback.
Follow Along
I'm building Hooktrace in public and sharing the engineering journey one feature at a time.
🌐 Hooktrace: https://hooktrace.xyz
💻 Portfolio: https://www.codilad.dev
⭐ GitHub: https://github.com/hooktracehq/hooktrace
𝕏 Follow the build: https://x.com/yasirbuilds
Thanks for reading.