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Persistent AI memory
A local-first code-graph memory for AI coding agents, with symbol resolvers for Rust, TypeScript, and Python and embeddings anchored to symbols. It ships today as Mneme v0.4.1.
Research
We do not announce products early. We are glad to discuss the open problems that occupy us. There are six, and they run from shipping today to years away.
Move the pointer to look into the dark. What you look at wakes.
The lab
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A local-first code-graph memory for AI coding agents, with symbol resolvers for Rust, TypeScript, and Python and embeddings anchored to symbols. It ships today as Mneme v0.4.1.
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Symbol resolvers for more languages, and call graphs across repositories that survive a rename. The goal is 10 out of 10 canonical recall on our golden benchmark.
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Deciding when an AI host should send a task to a local model of 3 or 7 billion parameters, and when to a frontier model in the cloud. Latency, cost, and privacy all bear on the answer. We are building the engine that decides at run time.
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Signatures of a code graph, hashed and shared only between machines you control. Your AI can then say whether a pattern has been seen before, and no source code leaves the machine.
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Architecture diagrams, screenshots, and voice notes, indexed and recalled beside the code, in the same memory graph.
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What an editor becomes when AI is a full collaborator with persistent memory and structural understanding: a co-author with a workspace of its own, where today it has a sidebar.
Open questions
If one of these is yours too, write to us.
[email protected]