The author of the open-source Structural Memory Protocol (SMP) server benchmarks its performance against another code-graph server. SMP achieved a 4.6x speed improvement when indexing a 96,000-file Linux kernel tree on a laptop. The post details the methodology, highlighting SMP's efficiency in handling large codebases without relying on traditional databases like PostgreSQL or Neo4j, and demonstrates how SMP's caching mechanism fixed a bug that caused out-of-memory errors in a benchmark. AI
IMPACT Demonstrates potential for faster code indexing in AI agents, improving developer productivity.
RANK_REASON Benchmarking of a specific software tool (SMP) against a competitor on a technical task (code indexing). [lever_c_demoted from research: ic=1 ai=0.7]
- Apple Silicon
- BM25
- Claude Code
- Codebase Memory MCP
- .codex
- Cursor+
- Intel i7-1165G7
- Linux kernel
- Neo4j
- openCode
- PostgreSQL
- Structural Memory Protocol
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