harnesscp-routing

Design Copilot agent orchestration by defining specialist roles like planner, builder, and reviewer, then routing complex work to the right agent instead of overextending a single one. This structured approach keeps collaboration focused and predictable.

Tool restrictions limit each Copilot subagent to the minimum tools it needs for safer, more predictable execution. Applying least-privilege principles ensures delegated work stays controlled and focused within the build loop.

Handoffs in VS Code Copilot agent collaboration create guided transitions between specialist agents for staged workflows. They define routing rules that connect agents sequentially, ensuring validated work passes cleanly to the next phase.

Yes, you can structure parallel research and independent work streams using multiple Copilot agents. Defining specific routing rules and model selection for each agent enables faster delivery through concurrent task execution.

Yes, this agent orchestration approach works for build-loop automation by structuring multi-phase tasks and validation steps. You define specialized agents that implement features, run tests, review changes, and hand off to deployment.

The safest way to configure model selection is to define routing rules and validation patterns that enforce least-privilege. Matching each specialist agent with the appropriate model and restricted tools keeps collaboration safe and focused.