Experts from ETAS explain how a standardized, scalable toolchain transforms complex, fragmented diagnostics into a seamless, end-to-end repair ecosystem.
Join experts from Ford and VI-grade to learn how advanced simulation is accelerating NVH development through earlier insights, reduced prototyping, and faster engineering decisions.
Join Elektrobit’s Christian Eismann to discover how programmable, reusable AUTOSAR integration rules can enable scalable, automatable ECU integration for SDVs.
ETAS experts explain how to develop a clear roadmap and actionable best practices for architecting the next generation of efficient, powerful, and scalable automotive gateways.
Experts from ETAS explain how to balance cybersecurity and Right-to-Repair demands under the EU’s Cyber Resilience Act.
Explore how automotive leaders are moving beyond checkbox compliance to operationalize AI, cybersecurity, and safety governance across the SDV lifecycle.
Elektrobit’s Isaac Trefz explains how Linux-based automotive systems can meet ISO 26262 functional safety expectations through external supervision and monitoring.
Kamal Khan of Perforce Software explains how automotive OEMs and Tier 1 suppliers can safely operationalize AI at SDV scale.
Experts from VicOne and Saphira AI explain how OEMs and Tier 1s use Living TARA to connect supplier vulnerabilities, SDV exposure, mitigations, and compliance evidence across the vehicle lifecycle without repeated rework.
Experts from HERE Technologies, AWS, and Elektrobit discuss how automakers can accelerate the development of software-defined vehicles.
Join experts from DSA to discover how OEMs implement SOVD (ISO 17978) in production to diagnose HPCs and classic ECUs.
Experts from VI-grade explain how to enable scalable vehicle dynamics simulation and automated optimization using cloud-powered workflows.
ETAS experts explore the five most critical challenges introduced by the Cyber Resilience Act and what they mean for E/E development.
Experts from Elektrobit and dSPACE explain how virtual ECU generation is transforming validation in software-defined vehicle development.
Experts from AVL explore advanced methodologies for validating EMC under realistic conditions within a controlled, repeatable testing environment.
Experts from ETAS explain how RTA-CAR diagnostic extensions help OEMs and Tier 1 suppliers accelerate compliance, improve performance, and simplify complex OEM-specific configurations.
Experts from RunSafe Security, SODA and May Mobility explore how AI, software complexity, and new vehicle architectures are enabling more scalable autonomous systems.
Join Elektrobit’s Isaac Trefz to explore why Linux is becoming essential in safety-critical HPC in the software-defined vehicle era.
Join NXP’s Nicola Concer to discover how the S32N7 super-integration processor enables OEMs to scale AI-powered edge intelligence and cross-domain innovation without the need for constant architectural redesigns.
Join Naveen Kichili and Satish Premanathan of HCLTech to discover how the right silicon choices are critical to a successful software-defined vehicle roadmap.