I have developed and released a software implementation of a true random number generator based on quantum-inspired wave function simulation running on a geometric algebra supercomputing platform.

The core principle: instead of hardware such as photon path splitting, vacuum fluctuations, or radioactive decay, randomness is generated by arbitrarily selecting a point on 3-sphere surface from infinitely many independent outcomes — producing results that are genuinely non-deterministic and statistically verified.

The software runs as a Windows x64 command-line executable, operates fully offline, and is suitable for integration into research workflows requiring high-quality randomness.

Available for licensing at https://truerandomnumbers.com

Potential applications are in cryptography, Monte Carlo simulation, and quantum computing research.
Below is sample of the truly RNG for 200 generated values. Their creating is 0.360 sec.:

1.7205725, 0.8254952, 0.5800348, 1.2807398, 1.6376232, 0.51237524, 0.07974487, 0.7941527, 1.735435, 1.1102023, 1.2813196, 0.43104342, 0.79790646, 0.24280526, 1.0645467, 1.6371044, 1.4117252, 0.5203711, 0.20447402, 1.0489212, 1.2946562, 0.68581194, 0.36326182, 1.7070528, 1.5228736, 0.316599, 1.8201544, 0.8135014, 1.6261177, 0.79747915, 0.3737602, 1.5701468, 0.2679525, 1.2365185, 0.59581286, 1.5440229, 1.5106663, 0.9109775, 0.4965972, 1.9362164, 0.38062686, 1.5281228, 1.356151, 1.2244025, 0.6194342, 0.6378979, 1.098941, 1.5200354, 1.6977142, 1.8564409, 1.9238564, 0.45628223, 1.0402539, 0.0568865, 1.2923368, 1.3881954, 1.7296365, 1.3534653, 0.8699606, 0.22730187, 1.4357128, 0.8033692, 0.21988586, 1.4141667, 1.6705832, 1.3543504, 1.4267403, 1.005768, 1.9352397, 0.038727988, 1.3392743, 0.8478042, 0.15475936, 1.0262765, 0.5953246, 1.3296609, 0.4123661, 0.5686819, 1.5257729, 0.3381756, 0.12286752, 0.36774805, 0.4499649, 1.4980315, 1.3545336, 0.82360303, 0.82055116, 1.4434035, 1.0421461, 0.6959441, 0.87978756, 1.1933959, 1.2475661, 1.9681082, 1.4280527, 1.5059054, 0.8028504, 0.25089267, 0.47373882, 1.0417188, 0.39759514, 1.5420698, 0.9229103, 1.9702444, 1.6922513, 0.46967986, 0.41788995, 1.094821, 1.042024, 1.1456038, 1.0440992, 1.2869655, 0.0806299, 1.167394, 0.78307444, 1.8074588, 0.45323038, 0.030549029, 0.71050143, 1.4318675, 1.0779138, 1.1621754, 0.49787897, 0.6724143, 1.2777184, 0.44212165, 0.610065, 1.2847377, 0.620777, 1.2198858, 1.3650318, 1.6888332, 0.73360395, 1.4898831, 1.5248268, 0.42915127, 0.42085025, 0.030426955, 1.4933317, 1.8749046, 0.6551103, 1.3581958, 0.23767816, 1.108829, 0.75685906, 0.65019685, 1.2854396, 1.04709, 0.46772668, 0.04281747, 1.7850581, 1.8011414, 0.37919247, 0.043488875, 0.3310648, 0.803766, 1.2788781, 0.38340405, 1.2716453, 1.6296579, 1.1352886, 1.2084414, 0.9180273, 0.7096469, 0.5171667, 1.1018708, 0.33826715, 0.3571276, 0.30100405, 0.84163946, 0.37192908, 0.96658224, 0.24600971, 1.2301706, 0.89999086, 0.703238, 0.3071688, 0.5281838, 1.9225135, 1.0986663, 0.6291696, 1.9828486, 1.1983398, 0.892819, 1.056093, 0.39246804, 1.0317392, 0.83996093, 0.114597, 0.6167791, 0.6889859, 0.85296184, 0.12372204, 0.71633047, 1.1636097, 1.2969756, 0.36564225, 1.6406446, 0.6938078, 0.37821588