Why TRULY Random Keys Are CRITICAL (and How Quantum Dice Fixes It)
summary
Claims a patented Source Device Independent Self-Certification (DISK) protocol that produces unpredictable keys provably unguessable even if the hardware is compromised, generates randomness at gigabits per second, and continuously certifies entropy per sample. Demonstrates a 5×5 mm photonic chip with electronic I/O and a deployed “quantum entropy as a service” network for constrained IoT endpoints. Cites 2013 Taiwan smart‑card recall (~10,000 cards) and Keyfactor RSA findings as motivation.
AI-written summary · about
chapters (7)
- 0:00Quantum Dice introduction
- 1:10IoT convenience and risks
- 3:40Encryption needs randomness
- 6:28Real-world key failures
- 8:57Quantum Dice’s solution
- 11:25IoT integration challenges
- 13:29Act now on quantum randomness
related talks
01h 30mRandom
49mForcing Trust: Nonlocal Games and Untrusted-device Cryptography
43mEverything is quantum!
24mRISC-V True Random Number Generation: Probably Too Important to be Left to Chance
19mThe Quantum Threat – When Should We Act and What Should We Do?
21mCybersecurity in the Age of Quantum
43mWhen the Internet Is Ruled by Schrödinger's Cats
46mAchieving Quantum Readiness: A Comprehensive Approach