MinTok Compiler Architecture
How MinTok eliminates up to 84.7% of redundant context tokens before they reach frontier models. The four stages of AST virtualization and prompt compaction.
Semantic Symbol Extraction
Rather than ingesting entire files as raw text blobs, MinTok constructs an Abstract Syntax Tree (AST) using Tree-sitter. It identifies exact class hierarchies, exported functions, type signatures, and import relationships.
Dead Symbol Pruning
Unreferenced dependencies, dead comments, and unused helper methods are pruned from the context window. Only symbols directly relevant to the current agent task are retained in the compiled prompt.
Observation Virtualization
Repeated test outputs, bulky stack traces, and verbose build logs are compressed into high-density semantic summaries, reducing historical agent conversation bloat by up to 78%.
Deterministic Edge Prefix Cache
Compiled context blocks are ordered deterministically to guarantee maximum KV-cache hit rates at the edge inference layer, cutting latency and eliminating redundant token reprocessing.
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