LeanKG: Stop Burning Tokens. Start Coding Lean.
the memory layer of your codebase. Knows the WHY, the WHAT, the WHERE-IT-BREAKS.
MCP server giving Claude Code, Cursor & Codex permanent AST code memory. 98.9% token reduction. 100% local.
Self-maintaining codebase knowledge for AI coding agents. A deterministic AST index plus agent-written notes that flag themselves stale when the code changes. Works with Claude Code, Cursor, and Codex via MCP + CLI.
Persistent codebase memory for AI coding agents. MCP server + CLI + dashboard.
Local AI agent memory layer for repeated developer tasks, fresh context packets, and low-token repo recall.
Evidence-backed execution harness for AI coding agents: plans, gates, artifacts, codebase memory, learning loop, and verified claims.
Local, auditable codebase memory and graph-grounded context for coding agents.
Pi-agent wrapper around codebase-memory-mcp: derived code knowledge (call graphs, blast radius) over a harness-owned trust boundary
Design memory for AI coding.
Codebase notes one Claude session leaves for the next. SHA-pinned, drift-aware, plaintext markdown.
An integrated local-first memory system for AI coding agents with MCP, skills, reviewed notes, and codebase graph memory.
Non-invasive MCP bridge that augments DevSpace grep/glob/ls results with codebase-memory context.
ragbox: local-first codebase memory CLI for AI agents, plus macOS FASM developer tools
Add a description, image, and links to the codebase-memory topic page so that developers can more easily learn about it.
To associate your repository with the codebase-memory topic, visit your repo's landing page and select "manage topics."