Authors:
Marzana Khatun
1
;
Florence Wagner
2
;
Rolf Jung
2
and
Michael Glaß
3
Affiliations:
1
Kempten University of Applied Sciences Kempten, Bavaria, Germany
;
2
IFM- Institute for Advances Driver Assistance Systems and Connected Mobility, Benningen, Bavaria, Germany
;
3
University of Ulm, Ulm, Baden Wurttemberg, Germany
Keyword(s):
SMS, CSMS, HAD FuSa, Cybersecurity.
Abstract:
Functional safety and cybersecurity are essential parts of the development of automated vehicles to ensure vehicle safety. Highly automated driving (HAD) vehicles require safe and secure development and communication processes that have to be monitored, maintained and improved through management processes. Hence, interface management systems are required to confirm HAD vehicle safety. The acceptance level of the interface between functional safety and cybersecurity in management systems is crucial for the development of Highly Automated Driving (HAD) vehicles. The Safety Management System (SMS) needs to consider the aspect of cybersecurity to ensure the overall safety of the vehicles or vice-versa. However, the interface methods of SMS and Cybersecurity Management System (CSMS) is challenging given the complexity of the system development and constraints from the company culture. The objective of this study is to present an interface approach in between management systems with a set
of interface specifications including communication adaption processes. The main contributions of the paper are, (i) Illustrating the interface areas of the SMS and CSMS by identifying the management factors, (ii) Presenting the degree of influence of the management factors based on the survey results, and (iii) Providing a support to deal with SMS and CSMS interface for HAD vehicle development. A list of interface-related management factors is presented in this paper based on the literature study and findings from other disciplines. Additionally, the degree of influence of the management factors is presented as a result of this research based on the survey results from functional safety and cybersecurity experts.
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