“Mixed-criticality workloads challenge safety architectures” As vehicles move towards L3+ autonomy, edge AI, functional safety and open architectures are redefining system design. Priya Muralidharan, Director Marketing at Infineon, explains how validation, safety concepts and RISC-V shape next-generation automotive compute. Benjamin Müller
“ADAS is the primary domain to benefit from virtualization at scale” As SDVs push software complexity and validation demands to new levels, development speed becomes a critical bottleneck. Ford’s Cedric Armand explains how virtualization reshapes software delivery, testing and system integration. Benjamin Müller
“Chiplet architectures can solve real performance, yield and cost challenges” As SDVs increase demand for advanced compute, automotive faces growing pressure from global semiconductor constraints. Imec’s Jim Foresi explains how chiplet architectures and open standards can enable scalable vehicle platforms. Benjamin Müller
What to expect at the Automotive Computing Conference 2025 At the Automotive Computing Conference 2025 in Munich from 13 to 14 November, innovation and mobility come together. Experts share insights on how AI, high performance computing (HPC), and chiplets are transforming the automotive world. Dr. Martin Large
Why interoperability matters in automotive functional safety AI-driven vehicles demand more than just fault tolerance or diagnostic checks. They require interoperability: between layers, between domains, and across lifecycles. At the Automotive Computing Conference 2025, Jyotika Athavale, Director at IEEE and Synopsys, made a clear case for embedding interoperability into the DNA of automotive systems. Benjamin Müller
Is intelligent positioning the next leap in vehicle navigation? Global navigation satellite systems like GPS have powered modern mobility for decades—but their limitations are becoming increasingly evident. At the Automotive Computing Conference 2025 in Detroit, Brett Harrison, President & Co-Founder of Tern AI, presented a case for moving beyond conventional trilateration. His company’s approach: a robust, vehicle-integrated positioning system that does not rely on satellites at all. Benjamin Müller
How ARM optimises in-vehicle AI processing As automotive OEMs seek to embed advanced AI-driven functionalities in vehicles, they encounter a familiar challenge: how can these workloads be processed efficiently using the constrained compute resources already embedded in cars? At the Automotive Computing Conference 2025 in Detroit, Robert Day, Director Automotive GTM at Arm Inc., provided practical insights into this question. Benjamin Müller
