基于区块链的车辆维修服务安全框架

Nur Shuhadah Ab Razak, Hafizah Mansor, Shaila Sharmin
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引用次数: 0

摘要

汽车技术正在飞速发展,并已进入一个先进阶段。尽管有这些好处,但这些进步可能会使车辆面临额外的威胁,特别是在安全和数据管理方面。本文主要研究车辆维修服务的应用,特别是维修历史记录的应用。目前,处理维护服务历史记录是一个手工过程,可能会导致不准确和不可用。此外,消费者很少能接触到这些记录,除非他们保留了汽车维修服务的硬拷贝记录。这些问题带来了另一个担忧,即没有可靠的平台或合法的来源来检索维护服务记录的历史。因此,本文的目标是确定相关的利益相关者,并确定他们在汽车维修服务行业中的角色。因此,在为维护服务记录提供必要的安全目标的安全框架的设计中,要考虑和应用涉众的列表和详细信息。该框架基于计划维护服务框架和维修维护服务框架两个用例实现区块链技术。汽车生态系统中的涉众使用此框架将确保在维护服务应用程序中实现所需的安全目标。在这项研究中使用的方法是文献综述,这是为了找出在框架中应用的最佳方法,并列出所涉及的利益相关者及其角色。接下来,设计了一个安全框架来生成安全的车辆维护记录,该记录涵盖了所需的安全要求。因此,本工作的贡献是利益相关者及其角色列表、需要考虑的安全需求以及涉及所有利益相关者的车辆维护记录的安全框架。
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A Secure Framework for Vehicle Maintenance Service using Blockchain
Automotive technology is soaring and has reached an advanced phase. Despite their benefits, these advancements may expose vehicles to additional threats, particularly in terms of security and data management. This paper focuses on the application of vehicle maintenance services, specifically on maintenance history records. Currently, handling maintenance services history is a manual process which may give rise to inaccuracy and unavailability. Moreover, consumers rarely have access to these records unless they keep hardcopy-based records for the maintenance services performed on their cars. Those issues bring another concern that there are no reliable platforms or legitimate sources to retrieve the history of maintenance service records. Thus, the objectives of this paper are to identify the relevant stakeholders and determine their roles in the vehicle maintenance services industry. Hence, the list and details of stakeholder is considered and applied accordingly in the design of a secure framework that provides the necessary security goals for the maintenance services records. The proposed framework implements blockchain technology based on two use cases which are the Framework for Scheduled Maintenance Service and the Framework of Repair Maintenance Service. The use of this framework by the stakeholders in the automotive ecosystem would ensure the implementation of the required security goals in the maintenance services application. The method that is being used in this research is literature reviews which is to find out the best approach to be applied in the framework as well as listing out the stakeholder involved and their roles. Next, a secure framework has been designed to produce secure vehicle maintenance records that covers the security requirements needed. As a result, the contributions of this work are the list of stakeholders and their roles, security requirements that need to be taken into consideration and a secure framework for vehicle maintenance records involving all stakeholders.
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