StratrosAI
  • WhitePaper of StratrosAI
    • Background
      • Introduction
      • Problem Statement
      • Industry Analysis
    • StratrosAI Introduction and Core Features
      • What is StratrosAI?
      • StratrosAI Solution
    • System Architecture and Technical Flow
      • System Architecture
      • Technical Workflow
    • DA Service API
      • gRPC Interfaces
      • ICDA Storage Canister and Confirmation Canister
        • Storage Canister
        • Confirmation Canister
    • Application and Mechanism of the Restaking Feature
      • Advantages of Restaking
      • Working Principle of Restaking
      • Infrastructure
    • Market Potential and Use Cases
      • Market Potential
      • Market Size
      • Use Cases
    • Business Model and Target Users
      • Business Model
      • Target Users
    • Costs, Challenges and Validation
      • Costs and Challenges
      • Validation
      • Open Source
    • Future Development and Competitive Comparison
      • Roadmap
      • Competitive Comparison
    • Conclusion
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  1. WhitePaper of StratrosAI
  2. Application and Mechanism of the Restaking Feature

Working Principle of Restaking

  1. Asset Qualification: Currently, ckBTC and ckETH are supported for restaking, and these assets can participate in DA layer and StratrosAI network security.

  2. Restaking Process:

  • Initiating Restaking: Users can select ckBTC or ckETH for restaking through the StratrosAI platform interface. This action reallocates assets to the DA layer and AVS ecosystem.

  • Reward Distribution: Rewards generated by restaked assets in the StratrosAI ecosystem are distributed proportionally based on users' contributions, encouraging active participation.

  1. Flexible Unstaking Mechanism: Users can cancel restaking anytime, redistributing assets to other supported chains or application scenarios, ensuring asset flexibility and user engagement.

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Last updated 4 months ago