Codebase analysis engine with MCP integration for LLM-assisted code understanding
Visual codebase intelligence for AI coding tools
Deterministic codebase intelligence for TypeScript and JavaScript. Quality, risk, architecture, dependencies, duplication, and safe cleanup evidence for humans, CI, and agents. Optional runtime intelligence layer (Fallow Runtime) adds production execution
Complete codebase intelligence — loads treesitter, symbol, outline, callgraph, depgraph, refs.
GraphQL-style codebase intelligence CLI — index, query, and analyze any codebase
Codebase intelligence layer for AI coding agents - auto-discovers conventions, architecture, and static contract signals via MCP
Nova — resident AI agent for codebase intelligence
CLI tool for Octopus — AI-powered PR review and codebase intelligence
Zero-dependency codebase intelligence for AI agents. Static analysis → structured Markdown.
Global CLI: run `yamx` from any terminal. Coding agent with 32 tools, persistent sessions, codebase intelligence, log inspection, markdown rendering, and multi-provider LLMs.
Codebase intelligence, recursive self-improvement pipeline, and daemon system for HoloScript
Codebase intelligence CLI - fast symbol lookup, dependency tracing, and code navigation for AI assistants
OpenTrace integration plugin for OpenCode — brings codebase intelligence and multi-repo knowledge graph to AI coding agents
Codebase Intelligence Beyond Context Limits - AI-powered analysis for entire projects
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Unified MCP server for AI-assisted development: codebase intelligence, multi-agent orchestration, and workflow patterns with advanced memory
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti
Native Node.js bindings for fallow, codebase intelligence for TypeScript and JavaScript. Finds unused code, duplication, circular dependencies, complexity hotspots, and architecture drift. Optional runtime intelligence layer (Fallow Runtime) adds producti