ralphinho-rfc-pipeline

You can break down large features using RFC-driven multi-agent DAG decomposition, which splits work into independently verifiable units with defined dependency rules and staged quality gates to reduce integration risk.

Multi-agent orchestration for complex features is managed through a directed acyclic graph (DAG) that assigns work units, tracks implementation, and enforces merge-queue policies for reliable and auditable integration.

Merge queues ensure safe integration by applying staged verification and merge-queue policies, validating each work unit against dependency rules before allowing final system verification and release.

RFC-driven decomposition should be used when a feature is too large for a single pass, requiring staged development across multiple teams with clear ownership, auditability, and reduced integration risk.

Yes, quality gates are applied to individual work units within the multi-agent pipeline, ensuring each unit meets defined specifications and dependency rules before proceeding to merge-queue integration.

DAG decomposition handles dependencies by mapping work units to a directed acyclic graph, defining explicit dependency rules that dictate execution order and validation requirements for safe integration.