🚧Multidimensional Block Lattice Network Structure
Last updated
Last updated
In Block Lattice Network structure, every account has a unique blockchain to record its own transactional information. With Smart Contract functionality, Lattice Network supports multiple token issuance within one account. Each account supports multiple tokens and each new token added will be mapped to a new chain within the same account, so that each account can have multiple chains. Each token hasits own “OPEN Block” in every single account. Since one token/one chain is one dimension, the structure with multiple tokens creates a multidimensional Block Lattice Network.
Each blockchain for an identical token isindependent from others. The underlying structure of each token blockchain carries the Block Lattice Network structure and thus stays concise and agile.
The use of independent account-chains enablesthe user accountsto be updated asynchronously, without the need to involve the entire network. The dual-transaction approach leaves the process of transaction verification to the affected accounts, such as the sender and the receiver. This option eliminates the need for miners, meaning that transactions are instant and with zero fees. The network, therefore, becomes more scalable and agile.
Transactions on Lattice Network are handled independently of the main ledger. Every transaction is also an independent blockthat fits into a User Datagram Protocol (UDP) transactional packet and recorded as a unique block. UDP’s are transactional packets that help keep computational costs low, allowing you to send transactions to accounts thatare offline. Using a system of references and hash pointers eliminates issues relating to block size and allows the network to scale without all nodes having to hold a copy of every transaction ever made. Rather, nodes store themost recent and current blocks of each account-chain. Consequently, the network can achieve a drastically higherscale than other blockchain networks. This is where block Lattice Network and mainstream blockchain differentiate. A transaction on the blockchain cannot be isolated and recorded on the main chain. A specific number of transactions are verified before being added to the main chain. This means increased transactions lead to a steady decline in speed, slowing down the entire network. Lattice Network uses "account chains" to create a lighter network, reducing the problems of scalability that blockchain-based solutions often encounter.
The Lattice Network Network is built upon a AIDPOV architecture: AI-powered Delegated Proof-of-Vote (AIDPOV). This consensus can achieve low energy consumption because it does not require mining activity. All energy is contributed to make effective computing. Both consensus mechanisms will be elaborated later in this paper.
Mechanism guaranteed anti-centralization refers to the fact that each account has its own ledger, namely, the account-chain structure, and validation is conducted by delegates via an asynchronous mode. This is unlike the Proof-of-Work (PoW) consensus used by Bitcoin, where ledger generation and confirmation is completed by miner nodes; and unlike the Proof-of-Stake (PoS) where transaction validation is based on the number of coins a validator stakes.
In addition, the structure of the anti-centralized Block Lattice Network requires that the transaction sender and receiver to conduct a small computational effort input - local PoW process. This process has decreased the possibility of transaction centralization, similar to how a decentralized exchange decreased the possibility of super account formation.
Another important mechanism guaranteed anti-centralization factor is the Lattice Network AIDPOV consensus of the Lattice Network Network, which will be introduced later.
