inngest-durable-functions

Durable execution handles long-running workflows by persisting state through memoized steps. This ensures your TypeScript background jobs automatically retry with exponential backoff and resume correctly after infrastructure failures.

Durable execution handles long-running workflows by persisting state through memoized steps. This ensures your TypeScript background jobs automatically retry with exponential backoff and resume correctly after infrastructure failures.

To add exponential backoff retries and idempotency to event-driven workflows, implement a durable execution model that provides built-in error handling and uses idempotency keys to prevent duplicate processing during automatic retries.

Yes, durable TypeScript workflows support flexible triggers. You can execute long-running background tasks using event-driven invocations, scheduled cron jobs, and manual triggers while maintaining state persistence and automatic retries.

The best way to migrate existing webhook handlers to durable steps is by auditing your current codebase for background tasks, then encapsulating their side effects in memoized steps to achieve fault-tolerance and state persistence.

Long-running AI agent workflows fail during outages because they lack state persistence. Durable execution solves this by memoizing steps and applying automatic retries, allowing functions to resume execution seamlessly after any failure.