Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
Orochi Network monorepo of its full-node client
Smart Contracts of Orochi Network's projects
Elliptic curve verifiable random function (ECVRF) generating cryptographic pseudo-random outputs with public verification proofs.
Elliptic curve verifiable random function (ECVRF) generating cryptographic pseudo-random outputs with public verification proofs.
Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
Verifiable randomness for Solana programs (based on RFC 9381)
Solana-native verifiable compute and oracle protocol. Programs accept a job, an input, constraints, and a callback. Randomness is the first job. An active node can fulfill a VRF request with an ECVRF proof after it locks the configured stake and sends a heartbeat. Fees still do not move.
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.
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