@Potatoloogs: When using Claude Code, Cursor, Codex to understand large projects, you often encounter a problem: every time you ask a question, it has to re-read files, find clues, and piece together context. Code is in src, docs in docs, design specs, screenshots, papers, videos scattered in other directories. Lots of material, but the relationships haven't been captured...

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Summary

Graphify is a software engineering knowledge graph tool for AI coding assistants. It organizes project materials such as code, documents, and images into a queryable relationship graph, helping AI skip the step of repeatedly reading files when understanding large projects.

When using Claude Code, Cursor, Codex to understand large projects, you often encounter a problem: every time you ask a question, it has to re-read files, find clues, and piece together context. Code is in src, docs in docs, design specs, screenshots, papers, videos scattered in other directories. Lots of material, but the relationships haven't been captured. GitHub: https://github.com/safishamsi/graphify... Graphify is a software engineering knowledge graph tool for AI coding assistants. It can organize project materials such as code, documents, PDFs, images, and videos into a queryable relationship graph. It parses code structure locally with AST, extracts semantic relationships from documents and multimedia using models, and finally generates graph.html, GRAPH_REPORT.md, and graph.json: one for humans, one for humans and AI to read together, and one for subsequent queries, MCP integration, and graph merging. Common usage is straightforward: run /graphify . or graphify . in the project root directory to generate the graph, then use /graphify query to ask about module relationships, /graphify path to find the path between two nodes, and /graphify explain to understand a specific node. It is suitable for taking over complex codebases, doing architecture analysis, tracking module dependencies, organizing project documentation, and providing a more stable project context for AI agents. This tool advances AI programming from "repeatedly reading files" to "querying along project relationships." The more complex the project, the more valuable this structured memory becomes.
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