- Proof-of-concept implementation of Multi-Block LWE encryption scheme.
- Integration with Hamming (7,4) error correction code.
- Basic key generation, encryption, decryption functions.
- Initial unit tests and example scripts.
- Documentation skeleton (README, docs folder with initial files).
- Improve error correction by integrating stronger codes (e.g., BCH, Reed-Solomon).
- Parameter tuning for noise, key sizes, and block sizes to reduce decryption errors.
- Enhance test coverage with edge cases and performance benchmarks.
- Add detailed mathematical background and algorithm explanation in docs.
- Develop CONTRIBUTING.md and issue/PR templates.
- Automate tests and coverage reporting with CI (e.g., GitHub Actions).
- Implement advanced noise management techniques for better reliability.
- Optimize encryption and decryption speed and memory usage.
- Formal security analysis and potential peer review.
- Create more comprehensive example applications and interactive demos (e.g., Jupyter Notebooks).
- Package as an installable Python package and publish to PyPI.
- Expand documentation with tutorials and usage guides.
- Integrate lattice-based post-quantum cryptographic primitives beyond basic LWE.
- Develop a complete, production-ready cryptosystem with formal verification.
- Explore integration with blockchain or decentralized systems.
- Build a community around the project with regular updates, support, and collaboration.
- Potential research publications and academic collaboration.
We welcome contributions and collaboration at all stages. Please see CONTRIBUTING.md for guidelines and join discussions via Issues.
This roadmap is a living document and will be updated as the project evolves.