AGILE-The Blockchain for AGI
  • Introduction
  • Motivation
  • Core Principles
  • On-Chain AGI Registry
    • On-Chain Decentralized GPU Node Registry
    • On-Chain AI Model Registry
    • On-Chain AI Agent Registry
    • On-Chain AGI Training Data Registry
    • On-Chain Model Creation & Decentralized Training
  • On-Chain GPU Bidding Marketplace
  • AGI Council and Governance Framework
    • AGI Council and Transparent Governance
    • AGILedger Governance: Empowering Transparent & Inclusive AGI Innovation
    • AGI Council: Driving Inclusive and Responsible AGI Governance
    • Robust Security and Compliance
    • Adaptive and Scalable Governance
  • Core Components
    • Blockchain Layer
    • Storage Layer
    • Compute Layer
    • Interface Layer
  • User Experience Flows
  • Architecture
    • Layer-1 Blockchain Foundation
    • Smart Contracts & Protocol Modules
    • Oracles & Layer-2 Extensions
    • Advanced Security & Privacy Measures
  • Use Cases
    • Decentralized AGI Marketplace
    • On-Chain Federated Learning
    • Open-Source Model Collaboration
    • Data-Sharing Platform
    • Incentivized Knowledge Graphs
  • Tokenomics
    • Phase 1: Community Rewards Token
    • Phase 2: $AGILE — The Native Utility Token
  • Conclusion
Powered by GitBook
On this page
  1. Core Components

Blockchain Layer

  • Consensus Mechanism: Utilizes Proof of Stake (PoS) for enhanced energy efficiency, security, and scalability.

  • Smart Contracts:

    • ModelRegistry: Validates and securely stores metadata, handles model registration, versioning, access control, and maintains transparent records of updates.

    • NodeMarketplace: Automates GPU listings, facilitates transparent rental agreements, optimizes resource allocation, and ensures secure escrow-based payments.

    • AgentRegistry: Manages AI agent metadata, resolves dependencies dynamically, tracks version histories, and securely defines deployment conditions.

    • TokenEconomics: Governs the token’s utilization in staking, transactional operations, and community-driven governance.

contract ModelRegistry { struct Model { address creator; string metadata; bytes32 modelHash; string ipfsPointer; uint256 timestamp; } mapping(bytes32 => Model) public models;

function registerModel(string memory metadata, bytes32 modelHash, string memory ipfsPointer) public { bytes32 id = keccak256(abi.encodePacked(msg.sender, modelHash)); models[id] = Model(msg.sender, metadata, modelHash, ipfsPointer, block.timestamp); } }

PreviousCore ComponentsNextStorage Layer

Last updated 3 months ago