m2c1-worker

Autonomous software builds are orchestrated by coordinating a dedicated worker session under a supervising agent. This approach uses 3-layer agent orchestration to manage discovery, tool setup, execution, and validation across 12 lifecycle phases automatically.

Bus-based communication is the messaging mechanism used for transparent coordination between supervising agents and worker sessions. It enables reliable progress tracking and phase-gate validation throughout the multi-agent software build lifecycle.

Lifecycle management for autonomous builds spans 12 phases from brain dump and discovery to tool setup, execution, validation, and cleanup. Git-driven progress tracking ensures transparent orchestration and phase-gate validation throughout the entire workflow.

Multi-agent build orchestration requires standard shell tooling and bus-based messaging support. You also need environment configuration capabilities to validate outputs through phase gates and enable coordination across worker sessions and subagents.

Coordinating parallel tasks in autonomous build environments is best handled through 3-layer agent orchestration: a supervisor, a dedicated worker session, and subagents. This structure enables transparent, bus-based communication and git-driven progress tracking.

Dedicated worker sessions are ideal for large software builds requiring multi-phase coordination and supervision. If your project demands autonomous execution across discovery, validation, and cleanup without micromanagement, this orchestration approach is necessary.