Industrial College Resource Sharing System and Network Security Strategy Based on Hyperledger Fabric to Promote Industry-Education Integration

Abstract

In the traditional industry-education integration, there are often information islands between educational institutions, enterprises, and students, which leads to data dispersion and poor liquidity, affecting resource sharing and collaboration. This paper proposes an industrial college resource sharing system based on Hyperledger Fabric. Through the transparency and traceability of blockchain, it solves the problem of information islands and improves the efficiency and quality of industry-education cooperation. By using Hyperledger Fabric blockchain technology with the help of distributed ledger technology and ACL (Access Control List) to manage the access rights of different participants, all data interactions are recorded in the blockchain and stored in a chain in chronological order to ensure data traceability. Smart contracts are used to automate the cooperation agreement between education and industry, and standardized smart contract templates are designed to enable education and industry parties to select and customize contract terms according to their needs. The RSA (Rivest-Shamir-Adleman) built into the blockchain is used to prevent data from being tampered with or leaked during the sharing process, and the identity authentication and permission management in the blockchain are used to ensure that resource access is controlled. Finally, based on the modular design of Hyperledger Fabric, the different chain codes of functional modules are managed and executed, so that the system can flexibly adapt to different educational and industrial needs. The experiment shows that the success rate of student resource sharing in the industry-education integration is 89.17%, and the average data leakage rate is only 3.18%, which shows that the research results of this paper provide a practical resource sharing platform for industrial colleges.