functional-area-resolver

Compress large agent routing tables by converting granular skill-per-row entries into functional area dispatchers. This hierarchical routing pattern reduces file size by up to 50% while maintaining routing accuracy for complex agent systems.

Agent routing files cause context bloat by listing hundreds of individual skills as separate rows. When a routing table grows to 200+ rows, it consumes significant token budget that can be reclaimed through functional area compression.

Functional area dispatching is a two-layer routing pattern where the main routing file points to a functional area, and the area skill routes to the specific sub-skill. This collapses granular skill rows into compact area entries.

Reorganize routing files into a dispatcher format when your agent routing table grows to 200 or more rows. At this scale, files typically consume around 25KB of context, making functional area compression necessary for optimal context management.

Compressing routing tables into functional area dispatchers maintains routing accuracy. The skill validates routing integrity through automated structural and LLM-based regression testing to ensure the compressed format correctly dispatches to sub-skills.

Functional area routing works with agent frameworks that use RESOLVER.md or AGENTS.md routing files. It reorganizes these files into a two-layer hierarchical dispatch pattern without requiring changes to the underlying framework structure.