University of Twente Student Theses
Security in V2I projects : incorporating security into a framework for communication between connected cars and infrastructure
Arnold, L.H.A. (2020) Security in V2I projects : incorporating security into a framework for communication between connected cars and infrastructure.
PDF
40MB |
Abstract: | Connected cars will communicate more and more with external infrastructure, e.g. traffic signs or lights. This is called Vehicle to Infrastructure (V2I). In order to manage security in V2I, a framework is developed. The following aspects are processed in this framework: 1. List of 9 vulnerabilities specific to V2I projects 2. List of attack methods corresponding to these vulnerabilities 3. Risk analysis of the vulnerabilities 4. Measures, mapped to the attack methods 4. Security requirements corresponding to the vulnerabilities and measures The framework is verified via a case study at Concorda, a V2I project run at Rijkswaterstaat. Three security experts of both vendors and Rijkswaterstaat itself largely agreed that the main aspects of the framework being included would be useful in their work. The framework would especially be useful in future projects due to the current immature state of V2I. The contributions of this research are manifold. For practitioners, this framework gives a comprehensive overview of the above-mentioned aspects by combining literature and existing documentation. In terms of research, this research mainly identifies the lack of focus on specifically V2I projects in the connected car area, of which this research forms a base to work further upon. |
Item Type: | Essay (Master) |
Faculty: | EEMCS: Electrical Engineering, Mathematics and Computer Science |
Subject: | 54 computer science, 85 business administration, organizational science |
Programme: | Business Information Technology MSc (60025) |
Link to this item: | https://purl.utwente.nl/essays/84274 |
Export this item as: | BibTeX EndNote HTML Citation Reference Manager |
Repository Staff Only: item control page