GitHub - milla-jovovich/mempalace: The highest-scoring AI memory system ever benchmarked. And it's free.
anthropic benchmarks claude deepmind google openai
| Source: Mastodon | Original article
Hollywood star Milla Jovovich has stepped out of the silver screen and into the AI lab, co‑launching an open‑source memory system called **MemPalace** on GitHub. Developed with machine‑learning engineer Ben Sigman, the tool organises information into virtual “rooms” inspired by the ancient method of loci, then stores conversational context locally rather than in cloud‑based agents.
In benchmark tests on the Long‑MemEval suite, MemPalace achieved a 96.6 % score – the highest figure ever recorded for any publicly available system and a clear lead over commercial offerings from OpenAI, Anthropic and Google DeepMind. The result was posted alongside the repository on 7 April 2026, and the code is released under an MIT licence, meaning anyone can integrate the memory layer into their own LLM workflows without licensing fees.
The breakthrough matters because current generative‑AI interfaces discard session data once a chat ends, forcing users to repeat context, waste tokens and expose sensitive information to third‑party servers. By keeping a persistent, locally encrypted knowledge base, MemPalace promises cheaper, more private interactions and smoother long‑term projects such as debugging sessions, research note‑taking or multi‑turn planning. Its performance also challenges the narrative that only large cloud providers can deliver sophisticated memory capabilities.
What to watch next: the open‑source community’s response, including forks that add support for Claude, Gemini or upcoming LLMs; potential partnerships with IDE vendors that could embed MemPalace into coding assistants; and security audits that will test the robustness of its local storage model. If adoption accelerates, MemPalace could become a de‑facto standard for “memory‑augmented” generative AI, reshaping how developers and enterprises build long‑running conversational applications.
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