Designing high-rate quantum physical true random number generators leveraging electron tunneling and thermal shot noise.
HSMCryptography utilizes parallelized arrays of reverse-biased Zener diodes operating in the avalanche breakdown region, harvesting fundamental quantum tunneling events that are physically unpredictable regardless of computational power.
In accordance with NIST SP 800-90B, raw digitized bitstreams undergo continuous hardware testing every 1,024 samples, detecting external magnetic, thermal, or radiation manipulation attempts within microseconds.