Join ETAS experts as they share practical strategies for validating next-generation vehicle architectures, demonstrating how to overcome the challenges of mixed-network environments.
Join Elektrobit’s Ulrich Kirchmaier for a practical look at the most common approaches to Linux safety, examining their benefits, limitations, and impact on the future of SDVs.
Join Elektrobit’s Peter Asemann to learn how to cut ECU development costs through right-sized AUTOSAR software, software-based safety, and smarter procurement strategies.
AUMOVIO experts explore how AI-driven cabin sensing is reshaping automotive safety architectures and driving new approaches to validation, testing, and system integration.
Experts from Fennec Engineering and HORIBA MIRA explore how AI and systems engineering can accelerate functional safety workflows while maintaining the human oversight required for safety-critical development.
Patricio Barbale of S&P Global explores how by-wire braking, steering, and advanced suspension technologies are transforming chassis systems and reshaping OEM strategies.
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.
Anawin Athisupakorn of S&P Global explains how vehicle trends and new technologies are accelerating Body-in-White lightweighting.
Experts from AVL explore advanced methodologies for validating EMC under realistic conditions within a controlled, repeatable testing environment.
FEV experts explore how testing, simulation, and smart design iteration can deliver thermal-propagation-safe EV battery compliance.
Join Elektrobit’s Isaac Trefz to explore why Linux is becoming essential in safety-critical HPC in the software-defined vehicle era.
Join ETAS experts to discover how Eclipse S-CORE helps OEMs cut SDV complexity and accelerate compliant innovation from day one.
Upstream’s Arnon Shafir explores how telemetry and the Quality-in-the-Loop paradigm are helping OEMs detect issues before they become warranty claims.
Join experts from AUMOVIO to discover how to ensure the performance and safety of ADAS and autonomous driving systems with advanced cleaning technologies.
Renault Group’s Dr Javier Ibañez-Guzmán explores how the industry can build trust in autonomous vehicles through robust safety metrics and real-world performance assessment across diverse driving conditions.
Advanced statistical and iterative testing techniques are transforming how automated driving systems efficiently uncover edge-case scenarios and demonstrate safety with measurable confidence.
Join Elektrobit’s Isaac Trefz to explore how Linux-based platforms can scale to support autonomous driving while meeting the architectural, lifecycle, and functional safety requirements of next-generation software-defined vehicles.