Identity Verification Protocol - Whitepaper 2.0
  • Introduction
    • What is the Taτsu Human Identity Verification Protocol?
  • Key Components
    • Human Score Calculation
    • Decentralized Verification
    • Cross-Platform Integration
    • Privacy-Preserving Technology
    • Scalability and Adaptability
  • How the Tatsu Identity Protocol Works
    • Identity Aggregation
      • Converging Web2 and Web3 Credentials
      • Validation of Digital Credentials
      • Constructing a Unified Digital Identity
    • Human Score Calculation
      • Assigning Weights to Identity Attestations
      • Sophisticated Algorithm for Authenticity Assessment
      • Calculation of the Human Score
    • Decentralized Verification
      • Leveraging Decentralization
      • Consensus Mechanism for Verification
    • Identity Proof Generation
      • Creation of a Secure Digital Credential
      • Cryptographic Signing
  • Detailed Technical Architecture
    • Components and Their Functions
      • Interactions and Data Flow
      • Reward Mechanism
      • Enhanced Security and Efficiency
  • The Advantages of Tatsu Identity Protocol
    • Overview
    • Enhanced Security
    • Improved User Experience
    • Privacy Protection
    • Interoperability and Scalability
    • Increased Trust and Platform Integrity
  • Exploring the Potential Use Cases
    • Overview
    • Airdrops in Web3 Ecosystems
    • Whitelisting for Token Sales and Exclusive Access
    • Decentralized Autonomous Organizations (DAOs)
    • Social Media Platforms
    • Telegram and Discord Community Groups
    • Online Marketplaces
    • Online Gaming and Web3 Gaming
  • Economic Model and Incentives
    • Introduction to the Economic Model
    • Key Participants and Their Roles
    • Integration with Bittensor's Economic Framework
  • Competitive Analysis
    • Key Competitors
    • Comparative Analysis
    • Strategic Opportunities
  • Integration
    • Overview
    • API Integration
    • SDK Integration
    • Blockchain and Smart Contract Integration
    • Plugin and Extension Integration
    • Custom Integration and White-Label Solutions
  • Roadmap
    • Introduction
    • Phase One: Foundation & Community Building
    • Phase Two: Refinement & Mainnet Launch
    • Phase Three: Expansion & Development
    • Phase Four: Sustainability & Innovation
  • Final Thoughts
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  • Validators
  • Miners
  1. Detailed Technical Architecture

Components and Their Functions

The Taτsu Identity Protocol operates within the Bittensor blockchain framework, employing a unique interaction model between Validators and Miners to manage digital identities effectively and securely.

Validators

Validators are pivotal in aggregating individual profile details into a comprehensive entity called a Profile Synapse. They are central to the integrity of the identity verification process.

Detailed Process:

  • Validators collect disparate data elements from an individual's various digital profiles.

  • They synthesize this data into the Profile Synapse, a structured representation of an individual's digital identity.

  • Validators compare the Human Score calculated by Miners to a benchmark to ensure accuracy, then validate the score's legitimacy.

  • Rewards are computed based on the accuracy and reliability of the Miners' scores and submitted to the blockchain for transparency.

Miners

Miners are responsible for the computational aspects of the verification process, specifically the calculation of the Human Score, which assesses the authenticity of the digital identity.

Detailed Process:

  • Miners initiate the verification process by querying Profile Synapses through their Axon interfaces.

  • They process the retrieved profile data to calculate the Human Score, applying algorithms that assess the data’s validity and coherence.

  • Once calculated, the Human Score is serialized and transmitted back to the Validators via the Dendrite, a secure communication pathway.

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Last updated 9 months ago