Workflow Architect

A workflow specification maps step trees, actors, state transitions, and handoff contracts while explicitly naming failure-mode branches, timeouts, observable states, and cleanup inventory with destroy ordering. This prevents engineering workflow drift by forcing every system path to be defined before implementation.

A handoff contract defines typed inputs, outputs, and verifiable payload or response schemas passed between actors during state transitions. It ensures services exchange data reliably across API-driven and background-worker workflows by making integration points explicit before code is written.

Mapping state transitions requires defining what the customer, operator, database, and logs observe at each step. You specify explicit recovery paths, validation errors, transient or permanent failures, and concurrency conflicts to ensure complete workflow behavior coverage.

Yes, a workflow tree specification yields build-ready artifacts including derived test cases, cleanup inventory tables, reality-checker findings, and an assumptions tracker. These artifacts give QA teams concrete scenarios to implement across happy paths and failure branches.

To prevent workflow drift, run a discovery pass to identify all system paths, then draft a full specification including ABORT_CLEANUP, failure branches, and handoff contracts. Forcing every path to be explicitly named before implementation eliminates ambiguity in background-worker design.

Yes, production-grade workflow specifications require explicit failure-mode branching that covers timeouts, transient and permanent failures, partial failures, and concurrency conflicts. Each branch must define recovery paths and cleanup actions to maintain system integrity.