Quantum Technologies · Post-Quantum Cryptography
Step into quantum security.
The quantum era will break yesterday's encryption. FAAB is already on the other side — post-quantum algorithms, keys born from quantum randomness and crypto-agile hardware, deployed today across radios, networks and mobile devices.
Research alliance
The world's first quantum-entropy
secured integrated chip.
FAAB partners with RoRo Quantum AI to bring frontier quantum-security research into the field — pairing post-quantum cryptography with AI-driven key management and quantum-grade entropy, so your communications stay secure long into the quantum era.
Post-quantum by default
NIST-standardised, lattice-based algorithms — ML-KEM and ML-DSA — run in hybrid with proven AES-256 on every link.
AI-driven key management
Autonomous key rotation, quantum-seeded entropy and real-time anomaly detection across the whole network.
Harvest-now, decrypt-later proof
Crypto-agile by design — ciphers swap in place as standards evolve, with no re-architecture and no downtime.
Quantum ID. One app,
unbreakable identity.
The world's first mobile app that mints your digital identity from a quantum random number generator — then secures every call and message with it. No passwords. No server-made secrets. Nothing for an attacker to steal, guess or farm.
Generate
A quantum random number generator produces true physical entropy — your identity key is born on your device, and never leaves it.
Seal
The key is wrapped in ML-KEM post-quantum encryption and locked to your device's secure hardware. Even a quantum computer can't unwrap it.
Communicate
Voice and messages flow end-to-end encrypted, every session authenticated by your quantum-born identity.
Approach
Secure today. Secure tomorrow.
Post-quantum ready
Encryption designed to withstand the computing power of the quantum era — protecting today's communications against tomorrow's threats.
Advanced key protection
Next-generation key management and distribution built to resist future cryptanalytic attacks.
Crypto-agility
Systems architected to adopt new algorithms as standards evolve — no rip-and-replace required.
Layered protection
Quantum-resistant layers combined with proven AES-256 for protection that holds at every level.
Why now
Harvest now, decrypt later
The threat
Attackers can capture encrypted traffic today and decrypt it once quantum computers mature — "harvest now, decrypt later". Long-lived secrets are already exposed.
The response
Adopt post-quantum algorithms now and run them alongside proven encryption, keeping the system agile enough to evolve as standards finalise.
The path
Assess, prioritise the most sensitive links, deploy hybrid quantum-resistant encryption, then monitor — a staged migration, not a rip-and-replace.