The Entropy Problem
Standard computer randomness is deterministically flawed. basic PRNGs rely on algorithms and simple seed states; knowing the state means predicting the future. This is acceptable for casual use but catastrophic for cryptography, security or simulations requiring genuine unpredictability.
The Hybrid Solution
tame.host aggregates multi-dimensional entropy. We fuse the macro-scale chaos of the natural world with the micro-scale unpredictability of hardware physics.
We continuously sample atmospheric data from NOAA GOES Satellites and precipitation structures from NEXRAD Radar networks. This stream is augmented by nanosecond-level CPU Crystal Drift (thermal noise), Instruction Timing Jitter and on-chip Hardware RNG states. We aren't just generating numbers; we are digitizing the chaotic state of the planet and the silicon it runs on.
To guarantee security, raw inputs are distributed across 32 accumulation pools using a Fortuna-style schedule. This entropy drives a ChaCha20 Stream Cipher, mathematically whitening the output to strip statistical bias while preserving the absolute unpredictability of the source material.