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Research on Security Model of Airport Luggage Remote Office System Based on Zero Trust

Hua Sun, Huixin Luo*, Jiazhou Geng

Abstract


With the continuous development of modern information society, remote office equipment itself has many benefits and is widely
respected by the public, but at the same time, it also brings many network security issues. In order to help the airport luggage remote office
system achieve stability and solve security issues encountered during luggage inspection, an analysis of existing system security risks based
on the zero trust concept is conducted, including factors such as data leakage, insufficient monitoring, and incomplete identity authentication.
Combined with the characteristics of the luggage system and remote office technology, the security model is ensured to be sufficiently reliable, providing some reference for airlines preparing to implement zero trust airport luggage remote office.

Keywords


Zero trust; Airport luggage; Remote office system; Security model

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References


[1] Gong Jianfeng, Deng Hongqi, Wen Xinggen, Wang Qinkun. Research on Security Model of Mobile Office System Based on Zero Trust

[J]. Information Record Materials, 2022, 23 (02): 38-40.

[2] Zhuo Wei. Research on Civil Aviation Airport Network Security Protection Scheme Based on Zero Trust Security Architecture [J]. Network Security Technology and Application, 2021, (11): 131-132.

[3] Wei Xiaoqiang. Research and Implementation of a Security Model for Remote Office Systems Based on Zero Trust [J]. Information Security Research, 2020, 6 (04): 289-295.

[4] Zhong Xiang, Guo Wei, Ma Yong, Wang Ming. Airport Network Security Protection Scheme Based on Zero Trust Security Architecture

[J]. Journal of Civil Aviation, 2019, 3 (03): 114-116+107.

[5] Zhang Guanghua. Research on Security Model Based on Trust Management [D]. Xi'an University of Electronic Science and Technology, 2014.

[6] Bradatsch, L; Miroshkin, O; Kargl, F A Service Function Chaining Enable Zero Trust Architecture [C] 2023 IEEE 47th Conference on

Local Computer Networks (LCN) Volume 11 Page 125307-125327 DOI 10.1109.


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