🎲 A Distributed Randomness Beacon Daemon - Go implementation

💡 Compute and verify the SHA-256 random beacons used in the Zcash MPC ceremonies.

A smart contract toolkit for using verifiable randomness in ink! smart contracts

Reference implementation of the GRandLine distributed randomness beacon protocol.

Daily Conway Glyph Challenge

Verifiable AI-economy oracles — Platon, Chronos, Lattice, Murmuration, Lumen, Colony, and Turing on shared oracle-core.

A Collection of Randomness Powered Protocols and Platforms for the Primordial Livelihood

Browser-based Verifiable Delay Function — repeated modular squaring (y = x^(2^T) mod N) in an RSA group with a Wesolowski short proof. Watch sequential work accrue one squaring at a time, confirm parallel workers don't speed it up, then verify the proof instantly and reveal the trapdoor that collapses the delay.

Creative ritual studio with traceable draws seeded by NIST pulses, quantum and atmospheric noise, earthquakes, and live weather—Tarot, I Ching, decisions, prompts, generative art, and soundscapes.

Browser-based VRF and VDF demo (RFC 9381) — ECVRF P-256 prove/verify with hash-to-curve, Wesolowski VDF repeated squaring with proof, RANDAO+VDF randomness beacon simulation with last-reveal attack and VDF protection. Chainlink VRF, Ethereum RANDAO, Filecoin leader election. No backends. No simulated math.

A real fork of Bitcoin Core swapping SHA-256d for GPU-mineable ProgPoW/KawPow