Automotive SPICE Essentials: Automotive SPICE v3.1 – at a glance (E/E Engineering Essentials)

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Currently developed automotive systems exhibit an increased level of automation as well as an ever-tighter integration with other vehicles, traffic infrastructure and cloud services. ASPICE® structure analysis shows the structure of assets, for example, how many systems, networks, applications are there in the organization. It provides a set of best practices and guidelines to ensure the quality and reliability of automotive software.

It also helps to improve the cooperation among complex supply chains and between globally distributed development and engineering centers.By introducing processes and work products focusing on cybersecurity, ASPICE has become a complex framework that must be followed by automotive suppliers. Gateway servers are connected to domain controllers and each domain controller has a subnet of ECUs. Based on axiomatic design and signal flow analysis, it shows that such requirements have related impacts on system architectural design choices rendering integrated design necessary to meet the desired risk reduction levels effectively and efficiently.

While countless gigabytes of private data end up scattered across on-site, cloud, hybrid, and third-party systems, data privacy laws continue to grant broad rights to personal data owners. Learn how to interpret Automotive SPICE® assessment results and their importance in the automotive industry. This paper proposes an architectural approach to the integrated consideration of functional safety and IT security requirements in the design process of smart products and the (Industrial) Internet of Things (IIoT).At the same time, this certification became needed to be able to work with OEMs and major players in the automotive market.