Defense

Areas of Research & Development

• Entropy Augmentation. Proprietary high-dimensional combinatorial models injecting independent unpredictability into key material before condensation into NIST-approved 256-bit keys. Aimed at providing defense-in-depth, ensuring resilience even if conventional random number generators are compromised.
• Post-Quantum Security. Integration of post-quantum cryptography (Kyber for key exchange and Dilithium for signatures) in hybrid mode with today’s ECC. This ensures interoperability with existing systems while providing forward security against quantum adversaries who may record and attempt to decrypt communications in the future.
• Secure OTAR Architecture. Over-The-Air Rekeying (OTAR) system for rapid, verifiable key updates to radios, drones, and mission systems without exposing long-term secrets. This architecture is designed for jamming-resistant and distributed operations, giving forces the ability to maintain secure communications in highly contested theaters.
• High-Performance computing (HPC) for mission-critical workloads.

Sample application

R6 cluster for mission-critical computing

For general inquiries contact us at info@mmlpi.ch