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Browse the full catalog → Browse ready-made kits → Build your own set →Design durable workflows with Temporal for distributed systems.
A complete playbook for building durable, fault-tolerant workflows on Temporal, drawing the hard line between orchestration logic (deterministic workflows) and external side effects (idempotent activities). It turns multi-step processes that span services, databases and APIs into systems that survive crashes and resume exactly where they left off. The difference between a pipeline that loses orders on a network blip and one that runs reliably for years.
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Inside the run · no black box
Does this step touch an external system? That single question splits every Temporal design here: side effects become activities, coordination stays deterministic, and each step registers its undo before it ever runs.
workflow-orchestration-patterns · core
core active · 6 lines
Distributed transactions with all-or-nothing semantics
Long-running order, booking and approval flows
Saga-based rollback with compensating actions
Entity-lifecycle workflows (cart, account, inventory)
Fan-out/fan-in parallel job processing at scale
Human-in-the-loop approval with timeouts and callbacks
Drag time forward. Watch what stays.
Forever
That's what owning means.
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Processes resume from the last successful step after any failure, with zero manual recovery
license: perpetualCompensation chains undo partial work cleanly so half-finished transactions never leak
license: perpetualDeterminism and idempotency rules eliminate the silent replay-corruption and duplicate-execution bugs that plague hand-rolled orchestration
license: perpetualBounded child workflows scale to millions of tasks without blowing up event history
license: perpetualsubscriptions expire · deeds don't
Pick a piece up. Watch it work.
Workflow-vs-activity decision framework ('touches external systems? → activity')
6 parts · one working system · ships instantly by email
Backend and platform engineers building reliable distributed systems, order pipelines or microservice orchestration that cannot afford to lose state.
then this was forged for you.Universal by design: these run in any AI. Delivered in the open Agent Skills + MCP format (native in Claude); ChatGPT, Gemini, Cursor and Copilot adapt the same files their own way.
It is written for Temporal: the determinism constraint checklist, bounded child workflows, versioning strategies and activity heartbeats all assume Temporal's execution model. The saga and idempotency thinking transfers elsewhere, but the code-level guidance is Temporal.
You can, until a crash hits mid-process. Hand-rolled orchestration loses state and breeds silent replay corruption and duplicate-execution bugs; this playbook's hard line between deterministic workflows and idempotent activities, plus compensation registered before execution and run in reverse LIFO order, is exactly the discipline that prevents those failure modes.
No, that is the separate workflow-patterns skill. This one is about durable distributed-system orchestration: sagas, retry policies, fan-out/fan-in, entity lifecycles and human-in-the-loop approvals that survive crashes and resume exactly where they stopped.
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