DKPChain Network Architecture

The network architecture design of DKPChain aims to achieve efficient data processing and outstanding scalability while maintaining decentralization and security. The design of the network structure takes into consideration various factors, including node distribution, data transmission efficiency, and fault tolerance mechanisms.

Node Distribution

In DKPChain, nodes are categorized into different types based on their functions and responsibilities. These nodes include but are not limited to full nodes, light nodes, and dedicated nodes. Full nodes store the complete blockchain data, participate in transaction verification, and block generation. Light nodes store only essential data, reducing storage and processing requirements. Dedicated nodes handle specific functions such as data analysis or smart contract execution.

Data Transmission Efficiency

To enhance data transmission efficiency, DKPChain adopts advanced data transmission protocols and network optimization technologies. These technologies ensure that even with a substantial increase in the number of nodes, the network maintains efficient data processing capabilities.

Fault Tolerance Mechanisms:

The network structure of DKPChain incorporates various fault tolerance mechanisms to ensure stability and security in the face of malicious attacks or node failures. These mechanisms include automatic node replacement, transaction rollbacks, and data backup, among others.