Entropy Lamp System generates cryptographic random numbers based on the chaotic motion of fluid—specifically, turbulence resulting from density differences driven by temperature gradients (buoyancy-driven fluid flow). The "Min-Entropy" estimation ( proposed in NIST800-90B standard) for this unpredictable raw data derived from entropy particles within the lamp. The mean of entropy estimations exceeds 7 out of 8. The raw data is processed using SHA256 (hash) and SHAKE256 (extendable-output function, or XOF) algorithms to produce conditioned data. This enhances the system's security while increasing the rate of random number generation without compromising the security level. The system’s generation rate exceeds 100 Mbit/s.
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