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
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  1. On-Chain AGI Registry

On-Chain Decentralized GPU Node Registry

AGILedger hosts a fully decentralized, trustless registry of high-performance GPU nodes drawn from data centers, telecom operators, and individual contributors worldwide. Each node operator stakes and registers hardware on-chain, determining their own competitive terms such as pricing, availability, and additional requirements. Buyers can transparently browse available nodes, establish secure rental contracts, and pay providers directly via the AGILedger blockchain.

Key Features

  • Certified Nodes: Thorough hardware verification, performance profiling, and reputation scoring assure trustworthy, high-quality providers.

  • Node Validators: A distributed validation layer continuously monitors node performance and reliability, preserving network integrity.

  • Automated Scheduling & Payments: Smart contracts orchestrate job assignments and execute instant, token-based micropayments.

  • Decentralized Listing & Rental: An automated matching process efficiently connects buyers and GPU node operators, streamlining compute resource monetization.

  • Flexible Permissioning: Node owners retain granular control over job types, resource usage limits, and whitelist specifications, ensuring alignment with their policies and objectives.

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