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.
Workflow 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
Automations you can build
Start with app events, mapped Actions, conditions, and failure handling. Explore templates and compare automation platforms.
Turn spreadsheet events into mapped team notifications.
Create a Linear issue when a GitHub issue is opened.
Use conditional Paths and a fallback to select the right Actions.
Map Trigger and Step outputs into later Action fields.
Connect an error route and inspect the failure in run history.
Copy an editable automation, connect accounts, and validate the result.
Compare FastHook with Zapier, Make, n8n, and Pipedream Workflows.
Receive, inspect, route, retry, and replay provider webhooks.
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 workflow execution
Understand and operate every automation.
Build a process from supported app operations, then inspect each Step. Add conditions and recovery routes where they are needed, and verify the records or messages created in the connected apps.
Know what each Step did
Inspect mapped inputs, provider outputs, selected branches, skipped Steps, and failures in Workflow history. Use that evidence to explain a result before changing the automation.
Make recovery part of the process
Temporary failures may retry. Connect an Error output when a terminal failure should send an alert or follow another Action. Test recovery with controlled data before activating the Workflow.
Keep the workflow adaptable
Change mappings, conditions, and Actions as your process changes. Check app operation coverage and test representative data instead of relying on matching app names alone.
Traceable execution records
From Trigger input to Action result.
Follow a Workflow from the event that started it to the data passed between Steps and the final provider result. For webhook delivery, request and destination records provide additional evidence.
Trigger input
Inspect the app event or webhook data that started the run. Use its fields to configure downstream Actions.
Step inputs and outputs
Review resolved mappings and the data produced by each Action or transformation.
Branches and errors
See selected Paths, skipped Steps, attempts, and failure details. A handled error can follow its own recovery route.
Webhook delivery evidence
For direct webhook routes, inspect requests, events, and destination attempts, with retry and replay controls.
Adoption path
Build one automation, then grow the process.
Choose one useful automation
Start with a supported app event and a clear outcome, such as creating an issue or sending a team notification. Choose a template or build a Workflow from scratch.
Connect accounts and map the data
Configure the Trigger and Actions, select the target resources, and map the fields. Add Filters, Paths, transformations, or Delays where the process needs them.
Test, activate, and inspect
Test representative inputs and failure paths, then activate the Workflow. Inspect run history and verify the actual records or messages created in your apps.
Explore FastHook
Explore the tools behind your automation.
These pages cover the new Workflow product: Triggers, Actions, Paths, filters, transformations, runs, retries, metrics, debugging, and endpoint design.
FastHook