task-router

Task Router applies a decision matrix that maps task characteristics—complexity, scope, codebase size, and approach certainty—to optimal execution paths: direct work, sub-agent delegation, or hybrid approaches. It provides explicit rules and concrete next steps for each choice.

Task Router recommends delegating to specialized sub-agents like agent-developer or architecture-explorer based on task scope. For large codebases, it routes to codebase exploration first, then identifies the optimal execution strategy before implementation begins.

Task Router triggers sub-agent delegation when tasks involve uncertain approaches, integration planning, architectural decisions, or specialized domains. It provides invocation instructions for each sub-agent and criteria for when direct work is more efficient.

Ask Claude: 'What is the best approach to [task]?' Task Router analyzes task characteristics against its decision matrix and returns a recommended execution path—whether to draft a plan, build a mini-agent, explore the codebase, or proceed directly—with concrete next steps.

Task Router evaluates complexity, scope, codebase size, approach certainty, and whether multi-file changes or integration planning is needed. These trigger conditions map to specific sub-agents or direct work, producing a clear plan with routing rationale.

Yes. Task Router is designed for moments of uncertainty. It applies consistent decision rules to task characteristics and recommends the optimal path—whether delegation, hybrid collaboration, or direct execution—with explicit invocation instructions for your chosen route.