AI Agents & Automation

Reliable event triggers for your AI pipelines.

Webhook events are the nervous system of modern AI agents. GetHook ensures every trigger — document uploads, user messages, tool responses — reaches your agent reliably, with replay for debugging.

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99.9% uptime SLA
Event Triggers
User Message
Doc Uploaded
API Response
Scheduled Job
reliable · durable · replayable
GetHook
persist · route · trigger
Event stream
agent.task_queuedqueued
document.processeddelivered
tool.responsedelivered
pipeline.step_failedretrying
Agent Runner
Vector Store
Memory Layer
Action Handler
The problem

Why raw webhooks aren't enough.

The HTTP webhook protocol has no persistence, no retries, and no observability — and it shows.

Dropped triggers break agent pipelines silently

Your document processing agent relies on a webhook trigger. The agent runner is momentarily overloaded and returns 503. The webhook is dropped. The document is never processed. No error, no alert — just silence.

No replay for failed agent runs

An agent run fails due to a bug in your prompt chain. After fixing the bug, you need to re-run the agent on the same input. Without event persistence, you have to manually re-trigger the entire pipeline.

Multi-agent fan-out is brittle without a queue

One event needs to trigger multiple agents in parallel — a summarizer, an embedder, and a classifier. Building fan-out logic directly in your application creates tight coupling and makes it impossible to add new agents without code changes.

How it works

Three steps to reliable ai agents & automation webhooks.

From raw HTTP POST to guaranteed delivery — set up in under 10 minutes.

01

Send triggers to your ingest endpoint

Your orchestration layer, user-facing API, or scheduling system POSTs events to GetHook. Each event is persisted immediately — the agent runner's availability doesn't matter at ingest time.

terminal
POST /ingest/src_agent_pipeline_token
Content-Type: application/json
{ "event_type": "document.uploaded", "payload": { "doc_id": "doc_abc", "user_id": "usr_123", "url": "https://…" } }
02

Route events to agent runners

Use pattern-based routes to send document.* events to your document agent, tool.response.* to your orchestrator, and * to your audit log — all from a single ingest endpoint.

terminal
POST /v1/routes
{ "event_type_pattern": "document.*", "destination_id": "dest_doc_agent" }
{ "event_type_pattern": "tool.response.*", "destination_id": "dest_orchestrator" }
03

Replay failed runs for debugging

Agent run failed due to a model error or timeout? Replay the original trigger event after fixing the issue. The exact same payload is re-delivered — deterministic debugging without manual re-triggering.

terminal
POST /v1/events/{id}/replay
# Re-triggers the agent with the original payload
# Useful for prompt debugging and regression testing
Benefits

Everything you need for ai agents & automation.

Guaranteed trigger delivery

Agent runners can be overloaded, restarting, or deploying. GetHook retries the trigger up to 5 times with exponential backoff — the agent will receive its input.

Replay for deterministic debugging

Replay any past trigger event with the exact original payload. Debug prompt chains, test new agent versions, and validate fixes without manual re-triggering.

Fan-out to parallel agents

One event triggers a summarizer, embedder, and classifier simultaneously. Add new agents by adding a route — no application code changes.

Full pipeline audit trail

Every trigger, every delivery attempt, every response from your agent runner is logged. Understand why an agent run succeeded or failed.

Low-latency ingestion

GetHook acknowledges events in <50ms p99 and immediately queues them for delivery. Your orchestration layer never waits on agent availability.

Works with any agent framework

LangChain, AutoGen, CrewAI, custom — if your agent runner has an HTTP endpoint, GetHook can trigger it. No SDK required on the receiving end.

Start for free

Ready to stop losing webhooks?

Up and running in minutes. No credit card required. Connect your first source and see events flowing in real time.

No credit card
99.9% uptime SLA
HMAC signatures
AES-256 encryption