QRNG

Technical Explanation

Classical pseudo-random number generators (PRNGs) rely on mathematical algorithms that can theoretically be predicted if an attacker discovers the initial internal seed state. Quantum Random Number Generators (QRNG) harvest entropy from genuinely non-deterministic quantum phenomena: measuring the arrival times of single photons or the quantum phase fluctuations of vacuum states. The resulting random numbers are physically proven to be non-deterministic and unbiased.

Key Functions

• Generating truly unpredictable, non-deterministic random numbers based on quantum physics
• Harvesting entropy from photon arrival statistics and vacuum quantum fluctuations
• Providing pristine cryptographic seeds for post-quantum key encapsulation algorithms
• Eliminating algorithmic predictability vulnerabilities in mobile device encryption engines
• Miniaturized CMOS silicon chip integration suitable for smartphones and IoT devices