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In order to face various network threats faced by current power mobile terminals, this article believed that data encryption can ensure the security of information. Data encryption technology is the core of ensuring network security by adding keys and converting encryption functions to make information covert. This article proposed using microservices architecture to assist the entire data encryption system, making its operation smoother and more efficient. In the end, this article also conducted a comparative test on the performance of traditional protection systems and data encryption systems. With the help of traditional systems, the average absolute error of terminals in data stream processing was significantly higher than that of data encryption, with the lowest average absolute error of both being 18.14% and 13.51%, respectively. It can be seen that the ability of data encryption systems to reduce errors was also much stronger than traditional systems.

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Data Encryption and Secure Transmission of Electric Power Mobile Terminal with Microservices Architecture

  • 会议论文

  • 发表日期：

    2025年

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  • Xuejing Qiu,
  • Kang Zhou,
  • Qing Wu,
  • Zhang Peng,
  • Donglin Chen,
  • Huiping Wu,
  • Junyang Wang,
  • Bowen Wei,
  • Wei Liu,
  • Wei Su,
  • Chaonan Qin

摘要

In order to face various network threats faced by current power mobile terminals, this article believed that data encryption can ensure the security of information. Data encryption technology is the core of ensuring network security by adding keys and converting encryption functions to make information covert. This article proposed using microservices architecture to assist the entire data encryption system, making its operation smoother and more efficient. In the end, this article also conducted a comparative test on the performance of traditional protection systems and data encryption systems. With the help of traditional systems, the average absolute error of terminals in data stream processing was significantly higher than that of data encryption, with the lowest average absolute error of both being 18.14% and 13.51%, respectively. It can be seen that the ability of data encryption systems to reduce errors was also much stronger than traditional systems.