Planetary Entropy Mining converts non-deterministic environmental noise (ambient Johnson-Nyquist thermal fluctuations, ionospheric RF white-noise, seismic tremors) into mathematically certified, zero-knowledge entropy proofs. Transported unlinkably through a delay-tolerant mesh with atomic dark-pool settlement.
Switch physical noise sources to observe real-time FFT noise floor sampling and NIST min-entropy bounds.
Every layer operates with strict mathematical guarantees against double-mining and mix-node surveillance.
Implements the full NIST 800-90B statistical min-entropy estimation pipeline. Validates that physical capture windows satisfy cryptographic randomness thresholds before certificates can be issued.
Custom zero-knowledge circuits prove that a physical entropy sample was hardened into a valid GF(256) polynomial commitment without revealing the raw entropy seed, maintaining sender privacy.
Sphinx onion-packet transport over a Delay-Tolerant Network (DTN) ensures mix-nodes cannot trace certificate origin. Emission buyers and entropy miners match blindly in a zero-knowledge dark pool settled via Foundry Solidity contracts.
Pure Python + Circom + Foundry suite. Zero external server dependencies.
git clone https://github.com/KELLERBABG/CosmicEntropy.git && cd CosmicEntropy && py -m pip install -e ".[dev]" && py -m cli.validate && cd circuits && npm install && node scripts/toy_prove_verify.mjs --assertCLICK TO COPY