We provide entropy that modern security depends on.

In 2002, an inventor named John A. Marta patented a slot machine that determined outcomes from actual physical dice instead of software — U.S. Patent 6,394,901. It produced something rare: results created by the physical world, not calculated by an algorithm. Casinos said no. His invention was too random. Their games depend on predictable mathematics, and John's dice couldn't be constrained to fit.

He passed away without ever selling it. What remained was a patent, a set of drawings, and an unfinished idea — inherited by his son-in-law, Doug Hill.

Doug spent years turning drawings into working machines. Prototypes came and went — a phone app, a robotic arm, a Lego-built tumbler, a server-chassis unit. Each version taught the team something. Each failure exposed another problem. The unofficial motto became: “If at first you fail, keep rolling.”

Modern encryption depends on random numbers to create keys — but nearly every system generates them with software. These algorithms can produce enormous quantities of data, but they're deterministic. The cybersecurity industry had spent decades making encryption stronger while beneath it all rested a foundational assumption: that the randomness used to create keys could be trusted.

The invention Vegas rejected as too random had found the industry that needed it precisely because it was random.

That realization became Real Random.