Secure isolation for Linux-based automotive computers
Elektrobit’s Gabriel Byman and Isaac Trefz explore the concept of secure isolation and the various layers required to protect systems from cyber threats.
Connected Mobility
How automotive image sensors transform the future of autonomous driving
onsemi’s Gulwinder Randhawa delves into advancements in HDR image sensors, focusing on the enhanced resolution capabilities and their impact on ADAS and viewing applications.
Embedded security for automotive systems in the era of quantum computers
Elektrobit’s Simone Böttger and Hannes Hennig explain how to protect today’s systems well into the future using cutting-edge quantum-resistant technologies.
Ask the experts: bring your ECU software development process problems!
ETAS Experts provide practical solutions to help you overcome your real-world ECU software development process challenges.
Leveraging Linux for safety-related automotive applications
Elektrobit’s Dr. Moritz Neukirchner explores the first certified approach for Linux in safety-related environments, enabling its extensive ecosystem in connected automotive systems.
Advancing software-defined vehicles: linking Android Automotive and AUTOSAR with LAVA
Dr. Dusan Kenjic of RT-RK presents the LAVA solution, a software-generating tool that enables communication between AUTOSAR-based ECUs and Android infotainment systems.
Automotive E/E Architecture series part two – Cockpit Domain Controller
Murata’s Dr Jens Adams and Thomas Widmer explain how to overcome IVI and CDC development challenges, focusing on communication modules and timing devices.
ADAS system testing and development using the next generation of bicycle target
AB Dynamics and DRI experts discuss how they have reimaged the bicycle target so that it is ready to take on current test requirements and replicate more challenging scenarios in the future.
Optical communications in next-generation automotive technology
KD’s Óscar Ciordia explains how fiber optics and optical networks enhance in-car connectivity, improve safety, and support future-ready, data-intensive automotive applications.
Transforming automotive commerce for growth and resilience in a shifting market
Experts provide insight into proven approaches that drive growth, streamline operations, and position brands for sustained success in a competitive market.
Case study – achieving a successful SDV transition
Craig Brown of UL Solutions discusses the benefits of harmonizing ALM, PLM, and process management capabilities and explains how to foster agile practices by applying knowledge management.
Achieving personalized in-vehicle sound zones with actuator-based headrests
Continental Engineering Service presents the Ac2ated Sound solution, which leverages electrodynamic actuators to activate existing vehicle structures, transforming them into high-quality sound radiators.
Transforming in-vehicle and V2X communication in SDVs with Zetta Auto
TTTech Auto and ZettaScale experts present innovative protocols that are transforming automotive systems by supporting real-time, data-centric communication, V2X readiness, and AUTOSAR integration.
Mastering vehicle development from concept to performance with VI-CarRealTime
Bruno Finco of MOVEdot and Mauro Cavalletti of VI-grade discuss how engineers can develop high-performance vehicles from the ground up using VI-CarRealTime.
Getting started with new EB corbos Linux SDK: part 2 – application development
Matthias Beckert presents Elektrobit’s EB corbos Linux built on Ubuntu SDK with new application development concept, which makes it easy to build images for your specific hardware.
Software-defined vehicle – zonal architecture to connected cloud
Experts from Quest Global, Marelli Electronics and Y-Mobility explore the transformative shift towards the software-defined vehicle.
Achieving cybersecurity and compliance excellence in the automotive industry – a case study
Cybellum’s Guy Gilam explores strategies for achieving cybersecurity excellence throughout the product development lifecycle.
A systematic approach for the analysis of fail-operational architectures in the automotive industry
TTTech Auto’s Dr. Sascha Drenkelforth presents a systematic approach for analyzing fail-operational systems in automotive applications.
Improving AD simulation quality with a simulation credibility assessment
IAV’s Max Winkelmann discusses the topic of simulation credibility assessment in the context of automated driving testing.
SDV levels explained: charting the path to software-defined vehicles
Elektrobit’s Dr. Moritz Neukirchner introduces “Moritz’s SDV Levels”, a framework inspired by SAE levels of autonomy, outlining the stages of SDV evolution from Level 0 to Level 5.