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
  2. 3.3 Pool Infrastructure

DuckChain Execution Layer

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Last updated 4 months ago

The DuckChain Execution Layer is a blockchain built on Arbitrum Orbit technology, with one of its core components being Arbitrum Orbit.

Arbitrum Orbit is a Layer 2 scaling technology designed to enhance the processing capacity and efficiency of blockchains. By batching multiple transactions and submitting them together, it significantly reduces the load on the parent chain while maintaining full compatibility with it. Although most transaction processing occurs off-chain, the final confirmation of all transactions still takes place on the main parent chain, ensuring security. Additionally, this approach significantly lowers transaction costs.

DuckChain architecture has the following key advantages:

  • High Throughput: The optimized design enables DuckChain to handle a large number of transactions, providing excellent throughput.

  • Fast Finality: Through deterministic execution and an efficient fraud-proof mechanism, the transaction finalization process is accelerated.

  • More Efficient Dispute Resolution: Allows for more efficient resolution of transaction disputes, reducing the time and cost associated with dispute resolution.

  • Compatibility with Ethereum: Runs on Ethereum Virtual Machine (EVM) code, supporting the same APIs as Ethereum, allowing developers and users to migrate and use seamlessly.

  • Security and Liveness Guarantees: With the underlying security and liveness of the TON blockchain, the DuckChain Execution Layer ensures the security and liveness of the Layer 2 chain.

  • Data Availability: Through the AnyTrust variant, costs can be reduced with an external data availability committee while maintaining data availability and security.

DuckChain, launched by TONSCALE LABS, not only meets the market demand for high-performance blockchain solutions but also opens new possibilities for the expansion and innovation of the TON ecosystem, driving further development and application of blockchain technology.