Elektrobit’s Lucian Badescu explains why fail-operational systems are a real game-changer and how to achieve their requirement for guaranteed continuous and reliable operation.
NXP’s David Vieira how the architecture of a microcontroller solution like the new S32K5 can help accelerate software-defined vehicle development.
AVL’s David Lenk explains how to overcome connectivity challenges in ADAS and autonomous driving applications.
Erich Meier from UL outlines three pragmatic approaches that can be immediately applied to speed up product development processes.
Scott Bergeon of VI-grade explains how to integrate, simulate, and test vehicle controllers in a dynamic virtual environment.
AVL’s Gerald Sammer explains how to achieve foster innovation throughout the entire value chain, from battery cells to complete vehicle integration.
Jonpaul S. Jandu of Renesas presents a video diagnostics solution for automotive display systems that require ISO 26262 functional safety.
Experts from AVL and PlaxidityX expose the real threats facing modern vehicle architectures and unveil advanced strategies to outsmart attackers before they strike.
Darren Buttle and Subash Scindia of ETAS explore practical tips for smoothly transitioning to the ETAS AUTOSAR solution.
NXP’s Karthik Sivaramakrishnan and Dr. Ashutosh Tomar of Jaguar Land Rover highlight the architectural transformation pioneered by OEMs like JLR towards a fully software-defined vehicle.
Ricardo Homma, Kaoru Aou, and Luca Lotti explain how to use innovative acoustics solutions to create more comfortable, quieter, and lighter next-generation vehicles.
Khaled Yakdan of Code Intelligence explains how to leverage Large Language Models to automate fuzz testing and help uncover bugs with minimal human involvement.
VI-grade and Chassis Autonomy experts discuss how XiL solutions enable virtual testing, accelerate development, and optimize steering system performance.
Elektrobit’s Lucian Badescu explains why fail-operational systems are a real game-changer and how to achieve their requirement for guaranteed continuous and reliable operation.
AVL’s Jürgen Wurzinger discusses the challenges and requirements of implementing continuous Threat Analysis and Risk Assessment across the vehicle supply chain.
RTI’s Rajive Joshi explains how a data-oriented architecture using the DDS standard can reduce the cost of vehicle software development and maintenance.
Murata experts explain how to overcome challenges in the development of high-performance computers and zonal controllers, with a specific focus on timing devices, inductors and capacitors.
Upstream’s Orit Gross and Jason Masker explore how digital twins deliver the critical context needed for proactive cybersecurity.
Kai Lampka discusses the key security features supported by modern system-on-chips (SoCs) like NXP’s S32G and S32N families.
ETAS experts Irina Kimmel, Wolfram Gottschlich, and Christian Schleiffer explain how to overcome SDV cybersecurity challenges and improve the efficiency of vulnerability management.
Kernkonzept’s Adam Lackorzynski and Jan Klötzke explain how to enable scalable and adaptable zonal and central software-defined vehicle architectures.