Cortex Memory
A production-ready Rust framework for adding persistent, intelligent long-term memory to AI agents and autonomous systems.
What is Cortex Memory?
Cortex Memory is a complete, production-ready framework for giving AI applications a long-term memory. It provides an intelligent memory system with a hierarchical three-tier architecture (L0 Abstract → L1 Overview → L2 Detail) that automatically extracts, organizes, and optimizes information. The framework solves the problem of stateless AI by enabling agents to remember user details, learn from interactions, and provide personalized experiences across sessions.
Developers building LLM-powered chatbots, autonomous agents, and personalized AI assistants who need a persistent memory backbone. It's also suitable for open-source projects and teams creating intelligent, context-aware applications.
Developers choose Cortex Memory for its high-performance Rust core, sophisticated three-tier memory architecture that optimizes token usage, and comprehensive feature set including semantic search, automated extraction, and multi-tenant support. It offers superior memory accuracy and efficiency compared to basic solutions, as demonstrated in benchmarks against systems like OpenClaw.
Overview
🧠 The production-ready cognitive foundation for autonomous systems such as OpenClaw and Embodied-AI. For memory management, from extraction and search to automated optimization, with SKILL, CLI, API, MCP, and insights dashboard out-of-the-box.
Use Cases
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