3.1 Overview

DuckChain’s architecture represents a big leap forward in blockchain design, combining the advanced scalability and efficiency of Arbitrum Orbit with the decentralized infrastructure of TON.

As the first TON Consumer Layer, DuckChain seamlessly connects the TON ecosystem with EVM and Bitcoin networks, creating a solid framework that empowers users and developers alike. This addresses critical challenges while enhancing interoperability, security, and user accessibility.

DuckChain operates on a groundbreaking Consumer Layer architecture, powered by Arbitrum Orbit technology, that bridges the gap between Web2 and Web3. By integrating with the TON blockchain, DuckChain brings unprecedented scalability and efficiency, enabling high-throughput transactions and near-instant finality.

DuckChain’s full compatibility with the Ethereum Virtual Machine (EVM) facilitates seamless integration with Ethereum-based tools, applications, and developer ecosystems. This compatibility not only enhances interoperability but also ensures that developers can build applications with ease, leveraging Ethereum’s powerful infrastructure alongside TON’s scalability. Additionally, DuckChain connects the Bitcoin ecosystem, enabling secure cross-chain asset transfers and liquidity pooling across three of the most influential blockchain networks.

The architecture of DuckChain is built on three foundational layers that collectively ensure efficiency, security, and interoperability within the TON ecosystem.

Aggregation Layer

The Aggregation Layer is central to DuckChain’s operation, serving as a bridge between th e TON blockchain and DuckChain’s advanced features.

• This layer includes the Decentralized Oracle Layer (DOL), which ensures that DuckChain’s state is verifiable on the TON blockchain, enhancing transparency and system credibility.

• Decentralized Asset Verify Layer (DAVL) facilitates the secure flow of assets between TON and DuckChain using mechanisms like multi-signature wallets and proposal reviews to ensure transaction integrity and liquidity.

• Intent Collaboration Layer translates user intents into executable transactions, aggregating on-chain and off-chain liquidity data while ensuring compliance and execution monitoring. This layer also utilizes Domain-Specific Languages (DSLs) to define standardization and facilitate seamless interoperability among smart contracts.

Execution Layer

Built on Arbitrum Orbit technology this layer provides DuckChain with its unparalleled scalability and efficiency. This layer achieves high throughput and rapid finality, enabling developers to deploy applications that can handle millions of transactions without bottlenecks. Moreover, this layer ensures that DuckChain remains fully compatible and secure within the TON ecosystem, allowing for efficient consensus building and rapid dispute resolution.

Data Layer

This layer ensures that all blockchain data is stored efficiently and securely. By leveraging distributed storage technologies, the Data Layer provides enhanced data access speeds and reliability while maintaining the integrity and traceability of all transactions and operations on DuckChain.