The increasing connectivity among vehicles increases their attack surface and challenges their security. This thesis explores approaches to improve analysis and design of security for in-vehicle networks. Therefore, a design time security analysis, a runtime authentication and authorization framework, and a flexible scheduling scheme, efficiently enabling security on FlexRay are presented. The infotainment system of an electric taxi is introduced as a design experience to demonstrate the necessity of new approaches in automotive security.
«
The increasing connectivity among vehicles increases their attack surface and challenges their security. This thesis explores approaches to improve analysis and design of security for in-vehicle networks. Therefore, a design time security analysis, a runtime authentication and authorization framework, and a flexible scheduling scheme, efficiently enabling security on FlexRay are presented. The infotainment system of an electric taxi is introduced as a design experience to demonstrate the necessi...
»