Sui blockchain addresses common layer-1 (L1) protocol issues using advanced technologies. Sui uses the Move programming language, which focuses on entity representation and access control. Sui's object-centric data storage model, transaction processing, and its potential advantages over traditional account-based paradigms are examined.

Sui draws significant inspiration from the Diem blockchain, which uses the Move programming language. Sui Move builds on this foundation with an object-centric data storage model that uses objects as primitives rather than computations. Sui's object model treats entities (and smart contracts) as complex objects. Operations in Sui take objects as input and transform these inputs into output objects.

Sui's object-centric model is particularly advantageous for managing complex assets such as NFTs. On Ethereum, NFTs are tied to smart contract addresses, and interactions often require complex contract calls and status updates. Sui's object model allows you to treat each NFT as a separate object with specific properties and permissions.

The object-centric model of the Sui blockchain addresses several major limitations of traditional layer-1 blockchains. The ability to process transactions in parallel significantly increases scalability and reduces latency. Sui's approach to managing complex assets, such as NFTs, simplifies interactions and increases efficiency over traditional account-based models. These features position Sui as a notable advancement in blockchain technology.

In our next article, we will examine the consensus mechanism of the Sui blockchain. Sui uses a consensus protocol designed to work with its object-centric model. We will analyze the details of Sui's consensus mechanism, fault tolerance and efficiency optimization methods. We will also compare Sui's consensus approach with other major blockchains such as Ethereum, Polkadot, and Solana. We are waiting your comments.#blockchain#SuiBlockchain #technology