Design and Optimization of a Student Management System Based on Blockchain Technology in District Computers

Computer blockchain technology provides a possible means to enhance data security, transparency, and overall efficiency. This study focuses on the design and optimization ideas of using blockchain technology in student management systems. The architecture plan for this system was developed during the design phase, emphasizing the use of smart contracts to automate registration, classification, and authentication processes, as well as decentralized data storage and encrypted hashing of irreversible records. License blockchain can be used to provide privacy protection and access restrictions, ensuring that student data is secure and accessible to authorized parties. The goal of optimizing the solution is to improve scalability and transaction speed, while reducing the amount of energy used in traditional blockchain systems. The improvement of consensus algorithms and second layer extension technologies such as sidechain or off chain protocols can achieve faster data processing without compromising security. In addition, metadata management and advanced encryption technologies have improved system performance and minimized data to the greatest extent possible.