Comprehensive protection from "Harvest Now, Decrypt Later" attacks through modular software solutions spanning identity, transmission, and encryption. Production-ready technologies deployed in NATO environments and active conflict zones.
Quantum-safe authentication and access management ensuring only authorised users access sensitive systems. Combines biometric authentication with post-quantum cryptographic protocols.
Secures data-in-transit from both traditional and quantum attacks, implementing RFC9370 - the IETF-ratified global standard we authored for quantum-safe VPN connectivity.
The world's first quantum-safe, secure, end-to-end encrypted messaging application. Communicate with confidence that conversations remain private today and in the quantum future.
Our flagship cryptographic algorithm, Classic McEliece, is a NIST Round 4 finalist in the code-based category. After merging our original NTS-KEM submission with the initiative led by Professor Daniel Bernstein, it has undergone rigorous cryptanalysis by the global cryptographic community.
Classic McEliece deliberately introduces errors into the encryption process, with outputs that are "never the same." This approach means quantum computers have no pattern to exploit when attempting brute-force attacks.
Minimal attack progress despite decades of cryptanalysis
Prioritising security over novelty
As the author of RFC9370, we established the IETF standard for multiple key exchanges in IKEv2. This specification enables hybrid post-quantum VPN connectivity.
Standard Significance: RFC9370 solves a critical interoperability challenge: enabling parties using different post-quantum algorithms to communicate securely.
Solutions work seamlessly with existing systems and partners using different encryption standards. RFC9370 enables secure communications regardless of which quantum-safe algorithms partners have deployed.
Integration with legacy infrastructure proceeds without disrupting operations. Our hybrid approach allows classical and quantum-resistant encryption to operate simultaneously.
Modular architecture enables rapid updates as cryptographic standards evolve. Organisations avoid rigid implementations that create vulnerabilities.
Technologies deployed in operational environments, not laboratory experiments. From NATO networks to active conflict zones, our solutions perform where failure is not an option.
Implement components as needed and scale as requirements grow. Deploy identity protection, VPN security, or messaging encryption individually or in combination.
Hybrid methodology combines classical and post-quantum algorithms, ensuring security even if one cryptographic approach is compromised.