A Novel Identity Authentication Mechanism for Unmanned Maritime Vessels Communication Based on MITRE ATT&CK & CK Framework

【Author】 He, Jun-Xian; Chang, Shih-Hao

【Source】JOURNAL OF MARINE SCIENCE AND TECHNOLOGY-TAIWAN

【影响因子】0.462

【Abstract】With the development of the smart shipping industry, unmanned vessel technology is rapidly evolving, accompanied by a demand for robust Internet of Things (IoT) communication security practices. Key communication technologies for the operation of unmanned vessels include external vessel communication. One crucial aspect is the verification fi cation of the identities of the parties involved in these communication systems, as this ensures secure and trusted interactions between unmanned vessels and port management authorities. Identity authentication plays a vital role in ensuring the secure communication of unmanned vessels. This paper aims to analyze potential risks related to identity authentication technology in unmanned vessel communication systems. To effectively address these risks, we propose leveraging digital certificates fi cates and blockchain technology to achieve device non-repudiation and substitution. Based on this technology, we organize and implement defense strategies using the MITRE ATT&CK & CK framework. This framework provides a comprehensive and systematic approach to understanding potential threats and designing appropriate defense measures. By utilizing this framework, security teams can better comprehend vulnerabilities and formulate effective countermeasures. To validate the effectiveness of the proposed defense framework, we conducted simulation experiments. These experiments helped us evaluate the efficiency fi ciency and reliability of the strategies in real-world scenarios. Through these experiments, we could ascertain whether the countermeasures effectively mitigated the identified fi ed risks and ensured the secure communication of unmanned vessels.

【Keywords】Unmanned ship; Internet-of-Things; Certificate; fi cate; Authentication; MITER ATT&CK; UUID; UUID

【发表时间】2024

【收录时间】2024-08-19

【文献类型】实验仿真

【主题类别】

区块链应用-实体经济-物联网