ralphinho-rfc-pipeline

Decomposing large features into verifiable work units uses RFC-driven multi-agent DAG orchestration to split initiatives into independently testable units. Each unit requires an id, depends_on, scope, acceptance_tests, risk_level, and rollback_plan before assignment and implementation.

RFC-driven multi-agent orchestration is a pattern that coordinates large features by routing them through intake, DAG decomposition, unit assignment, implementation, validation, and merge-ready reporting stages with enforced quality gates.

Quality gates and merge queues for cross-team features are established by defining verification steps and recovery strategies within the orchestration workflow, handling stalls and failures while ensuring reliable integration across teams.

DAG orchestration suits multi-team features requiring staged reviews by decomposing initiatives into work units with defined dependencies and risk levels. It coordinates cross-team validation and applies quality gates throughout the lifecycle.

Every work unit in a DAG pipeline requires a rollback plan. The specification mandates that each unit includes an id, depends_on, scope, acceptance_tests, risk_level, and rollback_plan to ensure independently verifiable and recoverable implementation.

Multi-agent workflow orchestration uses RFC intake to establish a repeatable governance approach for decomposing large initiatives. This ensures coordinated assignment, validation, and integration across teams before implementation begins.