Microservices Crowdsourcing Platform for Industrial Control Systems
Han Wang, Xinyong Peng, Haifeng Zhang, Jie Su, Huiyong Wang, Chunhai Li · 2024
With the wide application of microservice architecture in industrial control systems, more and more security problems arise, such as unauthorized access and data leakage. For the generation of these problems, industrial control crowdsourcing testing is an effective solution. Therefore, this paper designs an industrial control crowdsourcing test platform based on microservice architecture. The enterprise-level microservice technology framework ensures the reliability of the architecture. At the same time, a microservice aggregation algorithm is introduced, which greatly reduces the time-consuming microservice subscription operations and improves the reuse rate of microservices through the secondary aggregation of microservices. In the experiments, this paper compares and analyses the performance of the microservice architecture integrated with the EMQX (Erlang MQTT X) framework, and the results show that the architecture performs well in terms of system response, and the stress test of 1,000 concurrent requests, the response time of the traditional architecture is in 1,400 milliseconds, while that of the microservice architecture is within 700 milliseconds, and the architecture of this paper improves the response speed and reliability of the overall architecture. It can be applied to various complex industrial IoT scenarios.