Mnemex

# Changelog All notable changes to this project will be documented in this file. The format is based on [Keep a Changelog](https://keepachangelog.com/en/1.0.0/), and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0.html). ## [1.0.0] - 2025-10-09 🎉 **Production Release: CortexGraph v1.0.0** This is the first production-ready release of CortexGraph (formerly CortexGraph), a temporal memory management system for AI assistants with human-like memory dynamics. ### 🚀 Major Features #### Complete Rebranding - **Renamed from CortexGraph to CortexGraph** - Updated all references, paths, and documentation - Changed storage paths from `~/.stm/` to `~/.config/cortexgraph/` (XDG-compliant) - Updated command names from `stm-*` to `cortexgraph-*` - Updated environment variables from CORTEXGRAPH_* to CORTEXGRAPH_* - Repository moved to https://github.com/prefrontal-systems/cortexgraph #### Simplified Installation - **UV Tool Install Support** - One-command installation: `uv tool install git+https://github.com/simplemindedbot/cortexgraph.git` - Simplified MCP configuration: `{"command": "cortexgraph"}` (no more complex paths) - All configuration moved to `~/.config/cortexgraph/.env` (not MCP config) - Automatic installation of all 7 CLI commands #### Memory Consolidation - **Algorithmic Memory Consolidation** (`consolidate_memories` tool) - Smart content merging with duplicate detection - Preview mode to see proposed merges before applying - Apply mode to execute consolidation - Auto-detection of high-cohesion clusters - Metadata merging: tags, entities, timestamps, strength - Relation tracking via `consolidated_from` links - Strength bonuses based on cluster cohesion (capped at 2.0) - 100% test coverage (15 tests) #### Privacy & Local Storage - **Emphasized Local-First Design** - All data stored locally (no cloud services, no tracking) - Human-readable JSONL format for short-term memory - Markdown files (Obsidian-compatible) for long-term memory - Git-friendly formats for version control - Complete user control and transparency ### 📦 Added - Migration tool (`cortexgraph-migrate`) to upgrade from old STM Server installations - Comprehensive contributing guide with platform-specific instructions - Windows/Linux tester recruitment documentation - Future roadmap documentation - Privacy and local storage documentation sections - ELI5 guide updates with simplified installation steps - All AI assistant instruction files (CLAUDE.md, AGENTS.md, GEMINI.md) ### 🔄 Changed - **Storage paths**: Migrated to XDG-compliant `~/.config/cortexgraph/` - **Command names**: All CLI tools renamed from `stm-*` to `cortexgraph-*` - **Configuration**: Simplified MCP setup, all settings in `.env` file - **Installation**: UV tool install as recommended method - **Documentation**: Complete overhaul across all files ### 🐛 Fixed - `.env.example` updated with correct decay model parameters - LTM index path configuration - Python path requirements in documentation - Server initialization using `mcp.run()` instead of deprecated `mcp.run_forever()` ### 📚 Documentation - Complete documentation suite with consistent branding - README.md: Quick start, installation, configuration - CLAUDE.md: AI assistant instructions - CONTRIBUTING.md: Development guide - ELI5.md: Beginner-friendly explanation - docs/deployment.md: Production deployment - docs/architecture.md: System design - docs/api.md: Tool reference - docs/graph_features.md: Knowledge graph guide ### 🎯 Implementation Status **11 MCP Tools Implemented:** 1. `save_memory` - Save memory with entities, tags, optional embeddings 2. `search_memory` - Search with temporal filtering and semantic similarity 3. `search_unified` - Unified search across STM and LTM 4. `touch_memory` - Reinforce memory (update last_used, use_count, strength) 5. `gc` - Garbage collect low-scoring memories 6. `promote_memory` - Promote high-value memories to long-term storage 7. `cluster_memories` - Find similar memories for consolidation 8. `consolidate_memories` - Algorithmic merge with preview/apply modes 9. `read_graph` - Return entire knowledge graph with memories and relations 10. `open_memories` - Retrieve specific memories by ID with relations 11. `create_relation` - Create explicit links between memories **7 CLI Commands:** - `cortexgraph` - MCP server - `cortexgraph-migrate` - Migration from old installations - `cortexgraph-search` - Unified search across STM and LTM - `cortexgraph-maintenance` - Storage stats and compaction - `cortexgraph-index-ltm` - Index Obsidian vault - `cortexgraph-backup` - Git backup operations - `cortexgraph-vault` - Markdown file operations ### 💡 Core Innovations - **Temporal Decay**: Power-law (default), exponential, and two-component models - **Reinforcement Learning**: Memories strengthen with repeated access - **Smart Prompting**: Natural memory operations without explicit commands - **Knowledge Graph**: Entities, relations, and memory nodes - **Two-Layer Architecture**: STM (JSONL) + LTM (Markdown/Obsidian) ### 📄 License MIT License - Full user control and transparency --- ## [0.3.0] - 2025-10-07 ### Added - **ELI5.md** - Simple, beginner-friendly guide explaining what this project does and how to use it. - Decay models: power-law (default), exponential, and two-component with configurable parameters. - Unified search surfaced as an MCP tool (`search_unified`) alongside the CLI (`cortexgraph-search`). - Maintenance CLI (`cortexgraph-maintenance`) to show JSONL storage stats and compact files. - Tests for decay models, LTM index parsing/search, and unified search merging. - Deployment docs for decay model configuration and tuning tips. - Tuning cheat sheet and model selection guidance in README and scoring docs. ### Changed - JSONL-only storage: removed SQLite and migration tooling. - Server logs now include the active decay model and key parameters on startup. - Standardized on Ruff for linting and formatting. ### Removed - SQLite database implementation and migration modules. ## [0.2.0] - 2025-01-07 - JSONL storage, LTM index, Git integration, and smart prompting docs.