Introduction

RandProof Network documentation: Proof-of-Fair-Randomness (PoFR), the universal on-chain standard for verifiable, tamper-proof randomness.

RandProof Network is decentralized, permissionless infrastructure implementing the Proof-of-Fair-Randomness (PoFR)™ standard across 17+ blockchain networks. Every PoFR event produces a RandProof, a permanent on-chain proof artifact, verifiable by any party at any time.

Any industry. Any chain. Any selection. Proven fair by math.

Three Ways In

Integrate RandProof

Add verifiable randomness, automation, compute, or oracle data to your contracts in four steps.

Run a Keeper Node

Operate infrastructure, stake, and earn 70% of network fees as a keeper node operator.

Read the Whitepaper

Technical Whitepaper v0.57: architecture, security model, economics, and roadmap.

The Three Layers

The documentation and whitepaper are organized around three layers:

Layer 1: RandProof Core: the protocol itself, EntropyAttestation, KeeperCoordinator, RandProofRNG, Automation, Compute, Sentinel, Forge, Oracle, Identity, Audit, and Custody Proof, plus the keeper network that operates all of them. Any party can integrate Layer 1 with no prior relationship to the RandProof team.
Layer 2: Production Deployments: real-world usage of Layer 1. The genesis client is BIT5050, a multi-chain Web3 raffle ecosystem spanning 17+ chains.
Layer 3: General Market: everything Layer 1 can serve, DeFi liquidation triggers, DAO governance, AI inference verification, supply chain, reserve attestation, and more.

Network Properties

Chain-agnostic, 17+ supported networks: Base, Optimism, Arbitrum, Linea, Ethereum, Polygon, BNB, Avalanche, Moonbeam, WorldChain, HyperEVM, Solana, TON, Cardano, Sui, Polkadot, and Bittensor.
No token required, clients pay per use in USDC via the x402 micropayment rail. No governance token, no LINK-style dependency.
Transparent economics, 70/20/10 fee split: 70% to keeper node operators, 20% to the network treasury, 10% to the gas reserve pool.
Entropy at scale, designed to aggregate fifteen independent entropy sources across seven entropy domains, targeting a $100B+ attack cost at full Phase 4 deployment.