Temporal

A durable-execution company whose workflow engine records progress and resumes work after failures, preserving AI agent runs across model calls, tool operations, interruptions and worker restarts.

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Event history

Keeping the run when a worker fails

Temporal supplies durable execution: application work runs as workflows whose progress is recorded so execution can recover after interruption. In an agent application, the important state includes model results and completed operations, not just a final answer. Temporal's OpenAI Agents SDK integration runs model calls as Activities, the units of external work tracked by its workflow engine. [1]

That changes the lifecycle of a task. A process can restart and use recorded progress instead of treating the entire agent run as lost. External tool operations need appropriate Activity-backed execution; the documentation distinguishes those from deterministic functions running inside a workflow. Recovery depends on those application boundaries, rather than automatically making every side effect safe to repeat. [1]

Durable execution for agent workflows

On July 30, 2025, Temporal and OpenAI introduced a public preview connecting the Agents SDK to Temporal's execution model. The announcement described recovering agent work after a crash and retrying downstream requests when capacity or connectivity returned. This let a long-running agent task recover recorded progress after a worker interruption. [2]

The service boundary remains important: continuing execution is different from proving that an agent's decisions are correct. The original release was a Python integration in public preview, as its dated changelog confirms. A later note on the launch article records general availability on March 23, 2026, which is a separate milestone. [2][3]

Sources

  1. OpenAI Agents SDK integration - Python SDK

    Temporal · retrieved Oct 23, 2026

  2. Production-ready agents with the OpenAI Agents SDK + Temporal

    Temporal · Jul 30, 2025

  3. Announcement

    Temporal · retrieved Oct 23, 2026