Real Random founder and CEO Doug Hill will be speaking at “Why the Digital World Needs Physical Entropy,” a live online event hosted by Quantum Security Defence on Tuesday, May 6, 2026. The session runs from 9:00 to 10:00 AM and is open to security professionals, cryptography practitioners, and anyone thinking seriously about what comes after RSA and ECC. You can register directly at the Zoom link here on the Quantum Security Defence LinkedIn event page.

Learn more about QSD on their website here.

This conversation couldn’t be more timely. With NIST finalizing its first post-quantum cryptography standards in August 2024, organizations are under real pressure to audit their cryptographic stacks from the ground up. Most of that conversation focuses on algorithms, but algorithms are only part of the picture. The keys those algorithms generate are only as strong as the randomness used to produce them. Doug will dig into why software-based entropy sources, including CSPRNGs, carry structural limitations that become critical liabilities in a post-quantum world, and what a physical, verifiable entropy source actually looks like in production.

Real Random builds the infrastructure that sits underneath cryptographic security. The company’s electromechanical TRNG uses physical dice tumbling in viscous fluid, captured by high-speed computer vision, to produce entropy that independent testing at Rochester Institute of Technology validated at 88% NIST entropy strength and 0.999996 bits per byte. Recognized as a Gartner Cool Vendor in Data Security 2025, Real Random delivers that entropy through dedicated on-prem hardware or a REST API, giving enterprises and government clients a randomness source they can see, test, and trust. When the integrity of every encrypted key depends on where the randomness came from, that distinction matters.

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Ready to chat with us about how we can help provide physical entropy to your security stack? Contact us today.