APRO
APRO VRF
APRO SerivceAPRO VRF
APRO VRF
APRO SerivceAPRO VRF
  • VRF
    • APRO VRF
    • Integration Guide
    • On-Chain Costs
  • Attachment
    • Terms of Use
    • Privacy Policy
    • Node operator
Powered by GitBook
On this page
  1. VRF

APRO VRF

APRO VRF: Verifiable Random Function

As a randomness engine for Web3 infrastructure, APRO VRF is built on an independently optimized BLS threshold signature algorithm, featuring a layered dynamic verification architecture. By employing a two-stage separation mechanism—"distributed node pre-commitment" and "on-chain aggregated verification"—APRO VRF enhances response efficiency by 60% compared to traditional VRF solutions, while ensuring unpredictability and full lifecycle auditability of random outputs.

Key Technical Innovations

  • Dynamic Node Sampling: Adjusts the number of participating nodes based on real-time network load, balancing security and gas costs.

  • EVM-Native Acceleration: Optimizes verification data compression, reducing on-chain verification overhead by 35%.

  • MEV-Resistant Design: Uses timelock encryption to prevent front-running attacks.

Industry-Grade Use Cases

  • Fair randomness in Play-to-Earn games

  • DAO governance committee selection

  • On-chain liquidation protection for derivatives

  • Immutable genetic traits for dynamic NFTs

Developer-Friendly Architecture

  • Unified Access Layer Supports Solidity/Vyper, enabling smart contract integration in under 5 minutes.

  • Non-Currency Settlement APRO VRF uses Valueless_Test as a utility token with no secondary market value.

Now integrated with EVM chains, APRO VRF offers customized integration via an interactive console with real-time tracking and debugging.

Last updated 2 days ago