QUANTUM (QRNG)
Quantum Random Number Generation for unbreakable encryption keys.
Implement the quantum chip anywhere. The Quantis QRNG chip.
Meet the world’s smallest QRNG chip. It can be embedded into any IoT including SBC or mobile device, including smartphones making quantum-enhanced security available to everyone. Making Products? This is the perfect addition to help keep them secure!
Quantis QRNG Chip
System-on-Chip for automotive, computing, critical infrastructure, IoT, mobile, space & security applications
- Three models for different use cases
- Intrinsically and provably random
- Instant full entropy from the first bit
- Secured and controlled: low risk of silent “break”
- Certified robustness: AEC-Q100 automotive certification
- Certified robustness: ECSS-Q-ST-60-13 Class 1 & 3 for space
- Compliant to the Standard NIST 800-90A/B/C
Only Quantum Random Number Generators are intrinsically random and provably unpredictable
Designed for any application that uses cryptography or requires unpredictable randomness, the Quantis QRNG family exploits simple optical process to generate perfect randomness. It relies on elementary components that can be easily controlled and monitored to ensure the random bits generated are always unpredictable.
Quantis products exist in several form factors, from chips to appliance, and are certified market leaders in cost-effectiveness, security of the entropy source and reliability.
- Tactical Intelligence Hub
Frequently Asked Questions
What is the ruggedization level of your tactical laptops?
DTI tactical laptops and edge devices are built to MIL-STD-810H standards for shock, vibration, and extreme temperature tolerance.
Can I access technical data sheets and drawings?
Technical specifications and CAD drawings are available upon request for verified federal and enterprise procurement partners.
What makes the RAIDER MICRO BLADE unique?
It is the industry’s most powerful modular microcompute system, designed specifically for the size, weight, and power (SWaP) constraints of expeditionary sets.