QuantumRandom Number Generator
ScalableQuantum Entropy
A Quantum Random Number Generator (QRNG) taps into the unpredictability of quantum physics to create truly random numbers that can’t be predicted or replicated. Ideal for delivering high-speed randomness and security for critical applications.
PackagedQRNG Chips
Enable optically self-contained QRNG functionality generated through homodyne measurement of optical vacuum states in an industry standard QFN package (5mm x 5mm) with a raw analogue bandwidth of 1GHz and an excellent quantum signal-to-noise ratio across the bandwidth. Scales to 10,000+ units within 6-12 months. Electrical IO with analogue signals via packaged chip contact pads. Ideal for those with specialist RF electronics skills in-house to rapidly incorporate packaged chips.
QuantumEntropy Board
Enable QRNG functionality including analog and digital electronics to control the QRNG chip through a serial interface, producing a high-bandwidth analogue quantum randomness signal that can be directly interfaced with most ADCs. Electrical IO with analogue signals via custom connector and serial interface. Ideal for those who want a ready to use quantum randomness core solution with specialist FPGA and firmware skills in-house to rapidly integrate the subsystem board.
QRNGPCIe Card
Ready-to-use QRNG card with a PCIe interface including hardware-based post-processing and real-time calibration features operated directly through software control. Produces post-processed, uniformly distributed quantum randomness at 5 Gbps. Can be actively run or installed as a system default entropy source continuously running in the background. Single-slot, full-width, full-length PCIe card. Compliant with NIST SP 800-22. Ideal for those who want a ready to use, drop in solution that provides high-quality, high-speed, post-processed quantum random numbers.
Random Password and PIN Generation:Supercharging security with unbreakable, quantum-grade randomness
Passwords and PINs are the front line of digital security, yet most are generated using predictable pseudo-random number generators (PRNGs) that are vulnerable to attack. Quantum Random Number Generators (QRNGs) change the game, creating credentials from the true unpredictability of quantum physics. The result is genuinely random, unbreakable passwords and PINs that resist even the most advanced cryptanalytic threats. Chip-based QRNGs integrate seamlessly into existing systems, delivering scalable, high-speed credential security for everything from banking and blockchain wallets to enterprise identity management. With QRNG, authentication becomes future-proof, ensuring trust and resilience in a world of accelerating cyber risks.
Seeding Encryption Algorithms:Powering TLS, IPsec, MACsec, and PQC algorithms with quantum-grade entropy
Cybersecurity is under pressure from increasingly advanced threats and the looming power of quantum computing. Traditional pseudo-random number generators (PRNGs) can’t deliver the strong, unpredictable randomness needed to secure sensitive data in transit and at rest. Quantum Random Number Generators (QRNGs) solve this by producing entropy from quantum phenomena which are genuinely unpredictable, irreproducible, and unbreakable. By powering encryption algorithms like TLS, IPsec, VPNs, and even post-quantum cryptography (PQC) with quantum-grade randomness, QRNGs ensure unguessable keys, stronger encryption, and resilience against both today’s attackers and tomorrow’s quantum adversaries. Scalable and chip-based, QRNGs integrate seamlessly into key management systems and HSMs, enabling enterprises to achieve future-proof, standards-ready cyber resilience.
Statistical Simulation:Harnessing quantum randomness to drive ultra-accurate simulations and optimisation across industries
Statistical simulation powers everything from finance and logistics to clinical trials, risk modelling, and scientific research—but its accuracy depends entirely on the quality of randomness. Not all randomness is created equal. Pseudo-random number generators (PRNGs) can introduce hidden patterns, while even classical “true” random number generators are vulnerable to subtle predictability. Quantum Random Number Generators (QRNGs) change the game by delivering randomness born from quantum physics itself—truly unpredictable and irreproducible. In clinical trials, it eliminates hidden biases; in climate science and physics, it enables uncompromised accuracy; and in finance, it sharpens Monte Carlo risk and asset models. Since randomness can consume up to 95% of simulation resources, QRNGs supercharge precision while freeing computing power for what truly matters. By eliminating deterministic artifacts and guaranteeing genuine unpredictability, QRNGs transform forecasting, optimisation, and decision-making across every sector, ensuring results that are not just better, but future-proof in the quantum era.
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