When dozens of services fire webhooks at one endpoint, a giant if-else block quickly turns into something nobody wants to touch. This triage layer sits in front and decides where each event belongs.
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README.md
Why this subagent
When dozens of services fire webhooks at one endpoint, a giant if-else block quickly turns into something nobody wants to touch. This triage layer sits in front and decides where each event belongs.
It verifies the signature, parses the event, drops duplicates against a cache, and routes to the right handler. Anything it cannot place gets flagged in Slack instead of silently dropped. You get a clean dispatch log showing every decision and why it was made.
How it runs
Used at step 01 to kick off the pipeline.
Write
Used at step 01 to kick off the pipeline.
WebFetch
Used at step 01 to kick off the pipeline.
WebSearch
Used at step 01 to kick off the pipeline.
Classify the event by urgency and target system, dropping duplicates against a short-lived dedupe cache.
pending
Map the classified event to the correct downstream handler or queue.
pending
Dispatch the payload, record the routing decision, and alert on anything it could not classify.
pending
Sample output
json
// Sample output
// (generated when the pipeline finishes)
Given a verified webhook payload, classify event type and urgency and return a JSON dispatch decision naming the target handler and dedupe key.
Unlock the rest
The full agent definition, install snippet, and starter task are gated for community members.
Members get the full `.md` agent file, the npm / pnpm install one-liners, a starter prompt that we've tuned against real runs, and the open-source repo when this automation ships there. One email, magic link, done.