π RuvScan v0.5.0 - Sublinear Intelligence for GitHub Discovery
The AI that finds code you didn't know you needed.
β¨ What's New
Complete MVP implementation of RuvScan - a sublinear-intelligence MCP server that discovers GitHub solutions from domains you'd never search.
π― Key Features
- TRUE O(log n) Semantic Similarity - Johnson-Lindenstrauss projection for logarithmic-time comparisons
- FACT Deterministic Caching - 100% reproducible AI reasoning with SHA256 hashing
- SAFLA Analogical Reasoning - Cross-domain discovery engine
- Tri-Language Architecture - Python (orchestration) + Rust (computation) + Go (scanning)
- MCP Protocol - Standard Model Context Protocol implementation
- Production Ready - Docker Compose + Kubernetes manifests included
π¦ What's Included
- 3,322 lines of source code (Python: 1,800 | Rust: 700 | Go: 280)
- 440 lines of comprehensive tests
- 2,150+ lines of documentation
- Complete deployment infrastructure
- Builder-friendly README with progressive detail
- User experience journey documentation
π Quick Start
# Clone and run
git clone https://github.com/Hulupeep/ruvscan.git
cd ruvscan
docker-compose up -d
# Query for leverage
curl -X POST http://localhost:8000/query \
-H "Content-Type: application/json" \
-d '{"intent":"Speed up my vector database","max_results":5}'π Documentation
- README.md - Complete guide (builders β engineers)
- USER_EXPERIENCE.md - Discovery to mastery journey
- CONTRIBUTING.md - How to contribute
- GITHUB_TOKEN_SETUP.md - Token configuration guide
π§ What You Can Build
- AI code assistants with cross-domain discovery
- Autonomous agents that find novel solutions
- Innovation discovery platforms
- Research tools with semantic search
- Team optimization dashboards
π Technical Highlights
- Sublinear Algorithms: O(log n) vs O(n) - logarithmic scaling
- Deterministic AI: FACT framework for reproducible reasoning
- Cross-Domain Transfer: SAFLA finds solutions from unexpected domains
- Production Scale: Kubernetes-ready with health checks
π Getting Started
Check out the README for installation and usage examples.
See CHANGELOG.md for detailed release notes.
Questions? Open an issue or start a discussion.
Ready to build? Your brilliant builds start here! π