skill-router

Agent request routing uses trigger labels, file-path signals, and keyword overlap to deterministically match requests to the correct skill, preventing confident misrouting. It selects a unique match by applying priority ordering and specificity tiebreakers.

When no skill matches an agent request, the routing returns an explicit coverage-gap signal instead of a silent fallback. This prompts skill authors to add missing triggers, file paths, or keywords to close the gap.

Scoring ties are broken using scope and type rules to ensure deterministic priority ordering. This avoids relying on popularity or randomness when selecting the best matching skill for a request.

Auditing routing coverage gaps in a multi-skill library evaluates trigger labels and keyword overlap to identify unmatched requests. It generates coverage-gap reports consistent with repository evaluation artifacts for debugging.

Building a routing table for multiple agent skills applies deterministic priority ordering across trigger labels, file-path signals, and keyword overlap. This creates a structured map ensuring accurate request dispatch.