Open source software like Linux is the backbone for digital innovation, powering everything from data centers to mission-critical aerospace and automotive applications.
SUSE and Elektrobit have partnered to apply data center principles to automotive software, addressing the challenges of traditional vehicle architectures.
Modern vehicles are adopting a centralized compute model with an ethernet backbone, similar to distributed IT systems, enabling software-defined features and over-the-air updates.
Using an enterprise Linux distribution moves automotive software from a disposable project to a long-term, updatable product with standardized binaries and security support.
A rigorous quality assurance process, from upstream open source projects to enterprise releases and partner integration, is essential for achieving automotive safety certification.
Using an immutable OS like SUSE MicroOS with container technologies such as Podman and Kubernetes allows for predictable, scalable, and manageable software-defined vehicle functions.
Achieving ASIL B safety certification for Linux involves leveraging the IEC 61508 standard to prove safety through rigorous testing and data collection.
Adopting data center technologies enables the use of common hardware and allows for virtualized, test-driven development, creating a unified workflow from the car to the cloud.
22:09Henning Harbs
37:32Martin Schmiedecker
58:59Davor Frkat
1:51:43Hans-Jürgen Eidler
21:49Reinhard Kugler
27:17Peter Bosch
1:47:33Georg Kühberger & Manuel Pascual
30:33Falk Langer & Lukas Stahlbock
Jobs that call for the skills explored in this talk.
Peter Park System GmbH
München, Germany
dspace digital signal processing and control engineering GmbH