A Practitioners Perspective on Addressing Cyber Security and Variability Challenges in Modern Automotive Systems

Zellmer, Philipp; Holsten, Lennart; May, Richard; Leich, Thomas

doi:10.1145/3634713.3634727

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2024

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Cited by 3 publications

References 33 publications

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The Terminology of Automotive Product-Structuring Concepts: A Systematic Mapping Study

Zellmer,

Holsten,

Krüger

et al. 2024

IEEE Trans. Eng. Manage.

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The Terminology of Automotive Product-Structuring Concepts: A Systematic Mapping Study

Zellmer,

Holsten,

Krüger

et al. 2024

IEEE Trans. Eng. Manage.

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Decision Making for Managing Automotive Platforms: An Interview Survey on the State-of-Practice

Zellmer,

Krüger,

Leich

2024

Companion Proceedings of the 32nd ACM International Conference on the Foundations of Software Engineering

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Cybersecurity Maintenance in the Automotive Industry Challenges and Solutions: A Technology Adoption Approach

Fernandez de Arroyabe,

Watson,

Phillips

2024

Future Internet

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Numerous attempts have been made to create a secure system that meets the criteria and requirements of the automotive vehicle development life cycle. However, a critical gap exists in the secure development lifecycle, particularly concerning the development and maintenance of software after the vehicle has been sold by the manufacturer. This step is often overlooked by original equipment manufacturers (OEMs), especially after the expiration of the vehicle warranty period, given the cost that it will require to update and test the software in their vehicles. This paper addresses the issues that affect current and future vehicle cybersecurity, during the maintenance of cybersecurity, and how the neglect of it could end up creating hazards for the vehicle owner or other road users. To accomplish this, we will employ the technology adoption model (TAM) as a theoretical framework, which is used to understand and predict how organizations adopt technology. Thus, through qualitative and quantitative research, including text mining, we identify the challenges in the adoption and diffusion of cybersecurity maintenance in the automotive sector and its supply chain. In addition, we propose possible solutions on how to maintain a level of security that will benefit road users, OEMs and regulators, covering the cybersecurity needs for the vehicle’s usable life, taking into account the vehicle’s heterogeneity of components and technology, connectivity, environmental impact and cost of production and maintenance of a vehicle.

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A Practitioners Perspective on Addressing Cyber Security and Variability Challenges in Modern Automotive Systems

Cited by 3 publications

References 33 publications

The Terminology of Automotive Product-Structuring Concepts: A Systematic Mapping Study

The Terminology of Automotive Product-Structuring Concepts: A Systematic Mapping Study

Decision Making for Managing Automotive Platforms: An Interview Survey on the State-of-Practice

Cybersecurity Maintenance in the Automotive Industry Challenges and Solutions: A Technology Adoption Approach

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