Research and implementation of blockchain-based performance management platform for process manufacturing

Abstract

The current performance management systems in process manufacturing are built on a centralized architecture. In the event of a single point of failure in the system, the entire system network is easily exposed to attackers. Secondly, as the amount of data increases, centralized storage will also increase the burden on the system, and opaque information will also lead to trust problems within the enterprise. In response to the above problems, this paper designs a performance management platform based on blockchain, which aims to provide a secure and reliable service platform for enterprises, which has the characteristics of access control and data transparency, traceability and non-tampering. This paper gives the overall framework, hierarchical structure, and system architecture design scheme, and designs a smart contract that automates data acquisition and calculation. Finally, this paper uses blockchain technology to build a performance management system in process manufacturing, and verifies the feasibility of the system by testing the throughput of the system.