Particularly, major colleges have been constantly introducing new technologies and learning from successful teaching models, which has greatly improved their overall teaching quality and management efficiency. In recent years, countries all over the world pay gradually more attention to education development, and the proportion of investment in total expenditure is also increasing. The purpose is to provide important technical support for the improvement of the security of the online foreign language teaching system. The use of the proposed system can improve its overall teaching efficiency and quality. To sum up, the designed system has excellent throughput, event processing capability, response speed, and low CPU and memory occupancy when processing business and is suitable for promotion and use in foreign language online education in colleges and universities. Therefore, the proposed system has better performance. The event processing success rate of the constructed system is 10.75% higher than that of other systems, and the average response time, CPU usage, and memory usage are 53.38%, 51.49%, and 50% lower than other systems, respectively. The average response time of business-side processing is maintained below 0.4 s, which is in line with the standard. The average response time on the terminal side is maintained below 0.5 s. The host throughput of the six major modules is greater than 100 times/s when processing services. The central processing unit (CPU) usage and memory usage are both below 30%. The event processing success rate of the six functional modules of the system is greater than 99%, and the processing success rate is relatively high. These modules are guaranteed for daily teaching use. The system mainly includes six functional modules: user management, course management, course order, course study, course certificate, and credit authentication. The separation of presentation logic and business logic facilitates the development and maintenance of the system. The results show that the system can realize the user's unrestricted office work and zero maintenance of the system. Finally, the basic performance of the system is tested. Second, the overall technical architecture of the system, functional modules, and business logic of each module are designed. ![]() First, the blockchain technology and key technologies of system design are described in detail. An online foreign language education system is designed and developed based on the blockchain technology. This study aims to solve the problem that the traditional online foreign language teaching system focuses on function development, ignoring system security, and has certain risks.
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