λβχςχν
Pioneering cryptographic research, decentralized systems, and open-source innovation for a secure, interconnected world.
At λβχςχν, we bridge cutting-edge cryptography with decentralized infrastructure. From lattice-based encryption to Byzantine consensus protocols, we build tools and protocols that empower global innovation while upholding openness and security.
- Open-source cryptography libraries
- Decentralized consensus demos
- Educational resources for developers
🔐 Cryptographic Core
Modern encryption research and open-source tooling for post-quantum algorithms, homomorphic encryption, and secure multi-party computation.
🔓 Explore Encryption🧩 Consensus Algorithms
Simulations and real-world implementations of Proof-of-Work, Proof-of-Stake, Byzantine Fault Tolerance, and advanced consensus protocols.
⚖️ Run a Consensus Demo🌐 Open Science
Peer-reviewed research, educational workshops, and global collaboration on decentralized systems and security protocols.
🌍 Join the InitiativeHighlighted Projects
Lattice Cryptography Toolkit
Open-source library implementing lattice-based cryptographic algorithms, including CRYSTALS-Dilithium and Kyber key exchanges.
lwe_encrypt(data, parameters)
Quantum Resistant Consensus
Researching and prototyping consensus algorithms immune to quantum computing attacks while maintaining high throughput.
quantum_threshold(n)
Ready to Build the Future?
Whether you're a researcher, developer, or student — help us create cryptographic tools that empower privacy, security, and global collaboration.
🤝 Collaborate with Us