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<p>Mobile logistics platforms have high mobility and openness, and users have excessive access permissions, which makes highly sensitive data vulnerable to external threats during transmission. Therefore, a method of data security protection for mobile logistics platform has been designed. This method consists of four components: agent program, data bus, security gateway and security module, which collaborate to complete the data transmission on mobile logistics platform under access control. The security protection of the data transmission is realized by designing an access control architecture based on zero trust. In addition, to further enhance the effect of data security protection, this method introduces a hyperchaotic system to encrypt the logistics data resources transmitted by the network platform, which ensures the nonlinearity and unpredictability of data encryption. At the same time, a token request mechanism is established to realize user access control, ensuring that users can only access the required logistics data resources. Experiments have proved that this method effectively prevents illegal users from accessing the data with high accuracy, and the fluctuation amplitude of logistics data resources are small, the highest fluctuation amplitude is about 0.7&#xa0;Hz, indicating that the data security protection effect is superior.</p>

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Security Protection of Logistics Information on Mobile Network Platforms

  • 期刊论文

  • 发表日期：

    2025年4月1日

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  • Ling Qiu,
  • Lin Zheng,
  • Longtian Fu,
  • Kadiyala Ramana

摘要

Mobile logistics platforms have high mobility and openness, and users have excessive access permissions, which makes highly sensitive data vulnerable to external threats during transmission. Therefore, a method of data security protection for mobile logistics platform has been designed. This method consists of four components: agent program, data bus, security gateway and security module, which collaborate to complete the data transmission on mobile logistics platform under access control. The security protection of the data transmission is realized by designing an access control architecture based on zero trust. In addition, to further enhance the effect of data security protection, this method introduces a hyperchaotic system to encrypt the logistics data resources transmitted by the network platform, which ensures the nonlinearity and unpredictability of data encryption. At the same time, a token request mechanism is established to realize user access control, ensuring that users can only access the required logistics data resources. Experiments have proved that this method effectively prevents illegal users from accessing the data with high accuracy, and the fluctuation amplitude of logistics data resources are small, the highest fluctuation amplitude is about 0.7 Hz, indicating that the data security protection effect is superior.