Open Brain — The infrastructure layer for your thinking. One database, one AI gateway, one chat channel — any AI plugs in. No middleware, no SaaS.
Shared Memory Storage for Multi-Agent Systems
The memory layer for AI-native development — giving AI persistent understanding of your software projects.
Human-like memory for AI agents — semantic, episodic & procedural. Experience-driven procedures that learn from failures. Free API, Python & JS SDKs, LangChain & CrewAI integrations.
5-layer persistent memory, coherence, and identity architecture for OpenClaw agents. AI amnesia solved. 353 sessions of proof.
The cognition layer that turns your agent into a HyperAgent
Benchmark suite for evaluating retrieval quality and latency of AI agent context systems
🧠 Persistent memory for AI agents. SQLite for agent state. Zero cloud dependencies. Local embeddings. MCP-native integration with Claude Desktop/Code, Cursor, Windsurf & more.
Unified memory layer for AI coding agents: incremental transcript sync, ranked search, archive/restore.
Vendor-neutral memory layer for AI agents. Give ChatGPT, Claude, Cursor, Gemini, and Grok shared persistent memory. TypeScript SDK, MCP server, REST API.
Ultimate memory layer for local LLM's ~ mitigate limitations of Context Window.
SQL Native Memory Layer for LLMs, AI Agents & Multi-Agent Systems
Asynchronous messaging between Claude threads — built entirely in Markdown.
A memory layer for LLMs that extracts entities, relationships, and decisions from conversations and stores them in a semantic knowledge graph, giving any AI persistent, structured context across sessions.
Persistent, semantic memory for AI agents - mcp-native, local-first, framework-agnostic, production-ready.
One memory layer for every AI chatbot. Save context once → use everywhere. Local-first, open source.
Cross-host memory fabric for Claude and Codex, with provenance, recall, and unified CLI workflows.
Biologically Inspired Memory Management in AI: A Multi-Tiered Approach with Offline Consolidation
smrti (स्मृति) — non-dual memory for structured knowledge elicitation
Memory and recall layer for AoA: explicit memory objects, provenance threads, temporal relevance, salience, and reviewable recall contracts.
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