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  • InSoBlok AI Vision
  • Whitepaper
    • Abstract
    • Introduction
    • InSoBlok Approach
    • Protocol Enhancements
      • Fixed Fee
      • Speed
      • Throughput
      • Transaction Ordering
      • EVM Compatibility
      • Fixed Fee Methodology
    • Validator Selection, Staking, and Delegation
      • Validator Rewards & Incentives
    • AI-Powered Execution & Tokenization Infrastructure
      • Smart Contract Layer (EVM-Compatible)
    • Dynamic Sovereignty - The Foundation of Self-Sovereign Ownership
      • Core Components
      • Key On-Chain Data
      • Technical Innovations of Dynamic Sovereignty
      • Key Advantages of Dynamic Sovereignty
    • Dynamic Sovereignity Architecture
    • Development Tools
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  1. Whitepaper

Validator Selection, Staking, and Delegation

InSoBlok AI employs a hybrid consensus model that combines Delegated Proof-of-Stake (DPoS) with Proof of AI Contribution (PoAC) to ensure a scalable, efficient, and AI-powered validation process.

Selection Process

  • Validators are chosen through a decentralized on-chain voting system where existing validators vote on new participants.

  • Candidates must receive more than 50% of the existing validator votes to be eligible for selection.

Staking & Delegation Model

  • Validators must stake a minimum amount of $INSO tokens to be eligible for participation.

  • Delegators can stake their tokens with a validator to earn a proportional share of the transaction fees generated.

  • AI-driven analytics continuously assess validator performance, contribution, and engagement to optimize delegator rewards.

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Last updated 1 month ago