[en] The SPACE megatrends are reshaping the automotive industry, transforming the vehicles from HW- to -SW-defined platforms, with innovations delivered continuously, using CI/CD practices. More flexible and scalable automotive E/E architectures are arising to cope with the changes, relying on IT-proven solutions such as SOA and Eth.-based networks. The OEMs are keen to bring those E/E architecture concepts to production. However, there is no systematic or automated way to design and deploy Eth.-based IVN, with the current approach being inefficient and limiting CI/CD. In this work, we will propose a concept to solve this problem, elaborating a systematic method using MBSE to design, verify, and generate communication configuration files for IVN capable of performing SOA through automotive Eth., including TSN. To illustrate the work, we will showcase the methodology proposed using a HAD application. Finally, we discuss the open points in the state-of-the-art to achieve the suggested work.
