DuckChain’s Diary
  • 1. DuckChain overview
    • 1.1 What’s DuckChain?
    • 1.2 Background
    • 1.3 Vision
    • 1.4 Solutions
  • 2. Users & Developers
    • 2.1 DuckChain for Users
    • 2.2 DuckChain for Developers
    • 2.3 Developer Hub
      • 2.3.1 Network Information
        • Mainnet
        • Testnet
        • Bridges
        • Other General Contracts
      • 2.3.2 Builder Guide
        • Gas
        • EVM Wallet
        • Deploying Smart Contracts
          • Using Hardhat
          • Using Foundry
          • Run a DuckChain Node
          • Links and Tools
    • 2.4 Ecosystem
  • 3. DuckChain Architecture
    • 3.1 Overview
    • 3.2 Framework
    • 3.3 Pool Infrastructure
      • Decentralized Oracle Layer (DOL)
      • Decentralized Asset Verify Layer
      • Unified Gas System
      • Cross-Chain Interoperability
      • DuckChain Execution Layer
      • Driving Value with Pool Infrastructure
    • 3.4 DuckChain’s Interoperability
    • 3.5 Safety
  • 4. DuckChain AI Module
    • 4.1 Overview
    • 4.2 Key Features
    • 4.3 Technical Infrastructure
  • 5. Roadmap
    • 5.1 The Duck Journey
    • 5.2 Future Plans
  • 6. $DUCK: Governance and Ecosystem Token
    • 6.1 Overview
    • 6.2 Token Allocation
    • 6.3 $DUCK Release Schedule
    • 6.4 Token Utility
  • 7. Community
    • 7.1 Social & Community Links
    • 7.2 Feedback and Engagement
    • DuckChain Featured In News
  • 8. Appendices
    • 8.1 Glossary
    • 8.2 FAQs
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  1. 3. DuckChain Architecture

3.3 Pool Infrastructure

Previous3.2 FrameworkNextDecentralized Oracle Layer (DOL)

Last updated 3 months ago

DuckChain’s infrastructure is a meticulously designed system that combines cross-chain interoperability, a unified gas system, and advanced scaling technology to deliver a seamless experience for users and developers.

It addresses the limitations of traditional blockchain ecosystems by enabling seamless interoperability, efficient asset flow, and scalable transaction handling. These features form the foundation of DuckChain’s role as a transformative Consumer Layer solution for TON and Telegram.

DuckChain is based on Arbitrum Orbit technology architecture, uses Arbitrum One serving as the intermediate Oracle Data Availability Network. It not only inherits the security of TON and Arbitrum One, but also significantly improves transaction processing speed through Arbitrum Orbit technology, ensuring faster transaction confirmation and lower transaction costs.

The overall architecture consists of three core components that together provide a foundation of efficiency, security, and interoperability for the TON ecosystem:

  • Aggregation Layer:

    • Oracle DA Network: Serving as a bridge for data and information, this layer ensures that the state of the DuckChain Execution Layer can be verified and confirmed by the TON blockchain, thereby enhancing the transparency and credibility of the entire system. Duckchain utilizes Arbitrum One as the Oracle DA Network to reduce data usage costs while ensuring data security.

    • Decentralized Asset Verifier: This layer verifies the flow of assets between the TON network and DuckChain. Through mechanisms such as multi-signature wallets, proposals, and review processes, it enhances the security and liquidity of transactions.

  • DuckChain Execution Layer: A blockchain built on Arbitrum Orbit technology, it achieves high throughput and rapid finality while maintaining compatibility and security with the TON blockchain.

Simply put, Duckchain can be viewed as an L3-like Orbit network running on Arbitrum One, but it employs nodes with additional functionalities to ensure communication with the TON blockchain.