How Cybersecurity Drains EV Batteries

The automotive industry is navigating two simultaneous, transformative shifts: the transition to electrification, where battery energy density is the primary design constraint, and the evolution of the vehicle into a Software-Defined Vehicle (SDV), characterized by centralized computing, persistent connectivity, and increasing levels of autonomy. These trajectories are creating a fundamental conflict. Connectivity expands the vehicle’s…

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Scaling Virtual ECUs for System-Level V&V Scenarios

Explore the future of automotive system-level V&V by learning how to effectively scale and integrate multiple Virtual ECUs (VCUs) with real hardware in complex, closed-loop environments. Register For Free Modern automotive development demands system-level validation before physical hardware is available. This webinar is designed for engineers and managers focused on system-level testing within the ASPICE…

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Digital Twins Powering Software-Defined Vehicles

Digital twins for SDVs represent a transformative advancement in the automotive industry, leveraging virtual models to enhance vehicle design, performance, and maintenance. This technology is revolutionizing how OEMs and Tier 1 suppliers are utilizing technology in SDVs.  Tesla serves as a notable example, pioneering this approach in the automotive industry by creating virtual replicas of…

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