Quantum-Safe Cryptography Community Version

Quantum computers are coming, and the encryption protecting your systems will not survive their arrival.

Quantum-Safe Cryptography Community Version is built for this moment. It delivers post-quantum security algorithms in an open, transparent, and accessible form. No waiting for proprietary vendors or locked-down standards. No guessing whether your code can resist Shor’s algorithm.

Traditional RSA and ECC can be broken by sufficiently powerful quantum machines. Quantum-safe cryptography replaces them with lattice-based, hash-based, and code-based schemes designed to withstand quantum attacks. The community version provides libraries, reference implementations, and documentation optimized for immediate integration. Developers get open APIs for encryption, key exchange, and digital signatures, all tested against emerging quantum threat models.

The project keeps a strict focus on security audits, reproducible builds, and interoperability. You can deploy hybrid cryptographic systems that combine classical and post-quantum algorithms to maintain compatibility while upgrading security. This hybrid approach is critical—quantum-safe migration should happen before quantum hardware reaches scale.

Key features include:

• Ready-to-use post-quantum algorithms aligned with NIST recommendations.
• Open-source code and permissive licensing for customization.
• Continuous security testing and peer review from the global community.
• API endpoints compatible with existing TLS and VPN setups.

Quantum-Safe Cryptography Community Version is not theory. It is practical code you can run now. Every release is designed for long-term confidentiality and integrity in a post-quantum era.

Do not wait to retrofit security after the breach. Test it. Deploy it. Prove your systems can survive the next decade.

See it live in minutes at hoop.dev and start building quantum-resistant protection today.