Start with a Trigger
Choose an app event, provider Trigger, or generic webhook Source. Every matching event starts the Workflow with structured data you can inspect and map.
FastHookOpen appWorkflow automation platform
Workflow Automation Platform — Connect Apps and Automate Workflows
Connect app triggers and webhooks to multi-step Workflows. Move data between tools, add conditions, run Actions, and inspect every Step from one place.
Trigger
Start from an app event, provider Trigger, or webhook.
Map
Move structured data between Steps without custom glue code.
Act
Run provider Actions, transformations, Delays, and Paths.
Observe
Inspect each run, Step result, retry, and error route.
Workflow automation
From one event to a complete, observable Workflow.
Build the automation as an explicit graph instead of hiding business logic across scripts. Each Trigger, mapping, Path, Action, retry, and failure remains visible in the builder and Workflow Audit.
Map, transform, and branch
Pass fields into later Steps, normalize payloads, add Filters, or split execution through conditional Paths without hiding the data flow.
Run Actions across your apps
Create records, send messages, call APIs, and inspect every selected, skipped, succeeded, or failed Step in Workflow Audit.
Automation failures
Why app automations fail in production.
A Workflow can look correct and still fail when provider permissions, payload schemas, mappings, quotas, or downstream systems change. FastHook keeps the failure attached to the exact run and Step.
A connected account expired, lost permission, or now points to the wrong provider tenant.
A mapped Trigger field changed and a later Action no longer receives its required input.
A provider API timed out, returned 429, or returned a temporary 5xx response.
A Filter or conditional Path sent an event down the wrong branch.
A retry repeated an external side effect that was not designed to be idempotent.
Operating model
A clear execution model from Trigger to Action.
FastHook keeps automation behavior visible and recoverable. The product surface mirrors the real flow: incoming event, selected graph path, provider Action, and per-Step result.
Triggers
Start a Workflow from provider activity, polling results, or a stable webhook Source.
Workflow
Map data, transform payloads, wait, filter, and branch through an explicit execution graph.
Actions
Create records, send messages, and call provider APIs with per-Step results and errors.
Product surface
Designed around the evidence operators actually need.
Triggers show what started the automation. Runs preserve the exact Workflow version. Step records show what executed, skipped, succeeded, retried, or failed.
Triggers
Trace and debug delivery state.
Runs
Trace and debug delivery state.
Steps
Trace and debug delivery state.
Live traffic
Webhook delivery you can scan at incident speed.
SourceEventStatusLatency
Stripeinvoice.paidDelivered184 ms
GitHubworkflow_runRetrying2.4 s
Shopifyorders/createDelivered231 ms
Customlead.createdPausedHeld
Popular workflows
Popular webhook workflows
Common FastHook workflows for routing webhook events to destinations, recovering failures, and comparing production delivery options.
Learn what a webhook endpoint is, see a working request, and compare webhook URLs with API endpoints.
Use a FastHook source and mapped Google Sheet destination instead of maintaining an Apps Script doPost handler.
Understand Slack incoming webhooks, Events API callbacks, and reliable provider alerts.
Turn operational events into Slack alerts without losing delivery evidence.
Retry failed deliveries with attempt logs, recovery context, and idempotency guidance.
Replay failed or missed webhook events after downstream systems recover.
Inspect request headers, payloads, destination attempts, response bodies, and recovery actions.
Move from request inspection to production routing, delivery logs, retries, and replay.
Compare FastHook for webhook routing, delivery evidence, recovery, and built-in destinations.
Receive, verify, route, inspect, retry, and replay Stripe webhook traffic.
Route one event to several APIs, Slack, Google Sheets, and archives with branch-level logs.
FastHook vs custom webhook handling
Custom handlers are fast to start, but teams often rebuild signature checks, event storage, retry queues, replay scripts, alerting, and logs separately for every provider. FastHook centralizes that operational layer.
FastHook vs direct webhook integrations
Direct integrations couple each provider to one receiver. A gateway lets one verified source feed multiple destinations with separate filters, transformations, retries, and pause controls.
Reliable webhook infrastructure
Built for the operational work around webhook delivery.
Direct webhook integrations are easy to start and difficult to operate once the traffic matters. Providers retry on their own schedule, receivers fail in different ways, and duplicate events can arrive during recovery. FastHook adds a control layer where teams can capture production webhook traffic, route it deliberately, and recover failed deliveries with a clear record of what happened.
Protect application code from delivery noise
A webhook gateway gives providers a stable place to send events while your own services deploy, restart, or recover. FastHook receives the request first, keeps the original payload available for inspection, and lets the downstream application focus on business logic instead of emergency redelivery scripts.
Make retries and failures visible
Reliable webhook infrastructure is most useful when something breaks. Instead of searching logs across several services, teams can inspect the request, the routed event, and each destination attempt in one operational trail. That makes it easier to see whether a failure came from authentication, routing, transformation, rate limits, or a temporary receiver outage.
Route events without brittle integrations
FastHook Workflows let one Trigger feed multiple Actions without each app needing a direct provider integration. You can fan out selected events, add conditional Paths, and inspect every Step from one automation graph.
Traceable delivery records
From received request to replayed event.
FastHook is not only a forwarding layer. It is a webhook gateway that preserves the evidence engineers need when a customer asks why an order, invoice, repository event, or internal automation did not move forward.
Request record
The inbound request keeps the provider headers, body, query string, source, and received timestamp. This is the first place to confirm that a provider actually sent the webhook and that FastHook accepted it.
Event record
The event is the routed unit that moves through the Workflow graph. Filters, transformations, delays, and deduplication can be understood against this record instead of guessed from downstream behavior.
Attempt record
Each destination attempt shows the delivery target, response status, latency, and failure message. When a destination returns an error, the attempt history explains what happened before a replay is triggered.
Replay path
When a receiver has recovered, failed events can be retried from FastHook. The replay keeps recovery inside the webhook infrastructure instead of pushing engineers to manually copy payloads from logs.
Adoption path
Start small, then make webhook operations repeatable.
Start with one critical flow
Most teams begin with the webhook flow that already causes operational risk: billing, order fulfillment, repository automation, or account provisioning. FastHook can sit in front of that producer first, capture the original requests, and forward accepted events to the existing destination.
Add rules when traffic gets noisy
After the first Workflow is stable, teams can add filters, transformations, delays, deduplication, and retry behavior where they are actually needed. The goal is not to rebuild the application architecture, but to make automation easier to control without changing every producer and receiver.
Use history during incidents
When a destination fails, FastHook keeps the delivery history close to the replay action. Engineers can inspect the event, confirm the downstream response, and retry after the receiver is healthy. That turns webhook recovery into a repeatable workflow instead of a manual search through logs.
Explore FastHook
Follow the webhook path through the product.
These pages cover the new Workflow product: Triggers, Actions, Paths, filters, transformations, runs, retries, metrics, debugging, and endpoint design.
FastHook