GraphMemory FAQs

Question 1

How does GraphMemory improve my coding experience?

Accepted Answer

By providing a persistent memory of your codebase and coding context, GraphMemory allows you to quickly search for relevant information, analyze complex relationships between code elements, and reduce cognitive load.

Question 2

What technologies are used by GraphMemory?

Accepted Answer

GraphMemory utilizes Kuzu GraphDB for data storage, FastAPI for the MCP server, Sentence Transformers for semantic search, and Docker for containerization. It also incorporates Redis for caching.

Question 3

What is GraphMemory?

Accepted Answer

GraphMemory provides long-term, on-device "AI memory" for supported IDEs, enhancing code understanding and recall. It's powered by Kuzu GraphDB and accessible via an MCP-compliant server.

Question 4

What IDEs are supported by GraphMemory?

Accepted Answer

GraphMemory supports IDEs through plugins like VSCode and Cursor. It's designed to be extensible to other IDEs via its MCP-compliant server.

Question 5

Is GraphMemory secure?

Accepted Answer

Yes, GraphMemory features enterprise-grade security, including JWT authentication, mTLS, and container hardening, ensuring the safety of your code and data.

GraphMemory

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GraphMemory

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