Crashes happen.
Your workflow keeps going.
Workflows survive crashes, network blips, and bad deploys. Each step checkpoints its state, so when the platform recovers, the run picks up exactly where it left off, instead of starting over or leaving work half-done.
- Fetch ordercheckpointed
- Charge paymentcheckpointed
- Worker crashednetwork blip · bad deploy
- Recoveredresumed from last checkpoint
- Update inventoryrunning · NetSuite
Checkpoint, recover, resume
Each step checkpoints
As the workflow advances, its progress and data are saved, so the run always has a known good point.
Something fails
A worker crash, a dropped connection, or a deploy interrupts the run. It happens to every system.
It resumes from the checkpoint
When the platform recovers, the workflow continues from its last checkpoint, not from the beginning.
Reliability built in
Checkpointed state
Every step persists its state, so progress is never held only in memory that a crash can wipe.
Automatic recovery
When the platform comes back, interrupted runs are picked up and continued without your help.
Exactly where it left off
Resumption is precise. Completed steps are not redone, so there are no duplicate side effects.
Automatic retries
Transient failures retry with exponential backoff, and rate limits are respected automatically.
Survives deploys
Ship new versions without fear. In-flight runs keep going and finish on the path they started.
Long-running and waiting
A run can wait for an approval or a timer for days, without holding a connection open the whole time.
When a run can't just disappear
Money and orders
Charges, refunds, and fulfilment must complete or be safely recoverable, never silently lost.
Multi-step across systems
Long sequences that touch several APIs are exactly where a mid-way failure hurts the most.
Long-running waits
Workflows that pause for an approval or a delay resume cleanly whenever the wait ends.
High-volume pipelines
At scale, failures are routine. Durability turns them into a retry instead of an incident.
Durable vs best-effort
A durable run remembers its progress. A best-effort script forgets the moment it dies.
Durable execution gives you
- A run that survives crashes and deploys
- No half-finished work after a blip
- Waits measured in days, not held-open connections
Best-effort scripts
- Lose all progress when the process dies
- Leave work half-done and hard to clean up
- Cannot safely wait for long
Run it like it matters
Start free and build a workflow that survives whatever production throws at it. No card needed.