SLOR Protocol Docs
  • Project Overview
  • Market Pain Points
  • Solution
  • Technical Architecture
  • Core Modules (RWA / AI / Payments)
    • RWA Module
    • AI Module
    • Crypto Payment Module
    • Synergy of Three Core Modules
  • Interaction Flow and Mechanism Details
    • RWA
      • Asset On-Chain Process (Registration and Ownership Verification)
      • Asset Circulation and Transaction Process
      • Pledge/Collateralization Process
      • Compliance and Auditing Assurance
      • Technical Summary
    • AI
      • Core Technology Framework
      • Interaction Flow Overview
      • Pledge/Collateralization Process
      • Core Technical Mechanisms
      • Privacy and Security Assurance
      • Example Application Scenarios
      • Economic and Incentive Mechanisms
    • Slor Blockchain Payment System and TitanPay Payment
      • Overall Payment Architecture Components
      • Standard Payment Process (User → Merchant)
      • Contract Logic Mechanisms
      • Cross-Border Payment Scenarios (TitanPay Scenario Adaptation)
      • Security and Risk Control Protections
    • Stablecoin Issuance
      • Objectives:
      • Stablecoin Issuance Structure
      • Stablecoin Minting Process
      • Stablecoin Redemption Process (Burning)
      • Liquidation Process (Low Collateral Ratio)
      • Collateral Support and Parameter Configuration
      • Ecological Use Cases
      • Development Stages
  • Tokenomics
    • Basic Information
    • Core Uses Overview
    • Value Loop Design
    • $SLOR Token's Role in the Ecosystem
    • Incentive Mechanisms
  • Network Node Roles
    • Node Types and Their Responsibilities
    • Community & Governance
  • Legal & Compliance
  • Developer Documentation
  • Roadmap
  • FAQ & Support
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Technical Architecture

Slor's technical architecture is designed to enhance the efficiency, scalability, and compliance of its blockchain. The following outlines its core components:

1. Consensus Layer

  • PoS+ (Optimized Proof of Stake Mechanism): This mechanism optimizes the traditional Proof of Stake (PoS) algorithm to achieve high transactions per second (TPS) and low energy consumption, making it suitable for micropayments and smart contract interactions.

  • Reputation Score Mechanism: Each node's participation weight is determined by its transaction verification behavior and block generation efficiency. Nodes periodically report their validation results to earn dynamic reputation scores, which influence their governance priority.

2. Execution Layer

  • Gas Estimation Simulation: Before executing contracts, gas costs are estimated to ensure transactions won’t fail due to gas errors, improving transaction success rates.

Asynchronous Buffering Mechanism: For high-frequency transactions and AI model requests, an asynchronous buffering system is used to batch process requests, ensuring optimal performance on the main chain.

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Last updated 25 days ago