Securing hardware components and connection enablers in the VCU
Max Hoffmann, Tobias Klein, and Christian Schleiffer of ETAS provide insight into real-world VCU security challenges and discuss the latest threats targeting these critical components.
Data
Securing hardware components and connection enablers in the VCU
Max Hoffmann, Tobias Klein, and Christian Schleiffer of ETAS provide insight into real-world VCU security challenges and discuss the latest threats targeting these critical components.
Turning volatility into value: How automotive brands are accelerating out of the curve
Experts from AWS and Spryker discuss how they support the automotive customer journey through a modern digital commerce platform.
Navigating the automotive cybersecurity regulatory jungle
Christian Schleiffer and Marc-Oliver Schandera of ETAS discuss the latest developments in automotive cybersecurity regulation and standardization.
Navigating the automotive cybersecurity regulatory jungle
Christian Schleiffer and Marc-Oliver Schandera of ETAS discuss the latest developments in automotive cybersecurity regulation and standardization.
Transforming automotive quality, warranty, and recall strategies: AI meets connected vehicle data
Experts from AWS and Upstream explore how automakers can harness vehicle data to transform their quality, warranty, and recall strategies.
Securing the future: The 4 essential cybersecurity principles for the automotive industry
ETAS experts discuss the pressing cybersecurity challenges manufacturers and software developers face and explain how cybersecurity principles can reshape traditional development processes.
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.
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.
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.
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 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.
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.
Early detection of cell anomaly with BMS-accessible signals
IAV’s Reik Laubenstein provides a clear vision of risk mitigation in lithium-ion batteries using various fault detection algorithms for Battery Management Systems.
The future of vehicle safety – can AI enable Vision Zero?
Continental’s Dr. rer.nat. Corina Apachite and Dr. Pia Dreiseitel explore the essential role of artificial intelligence in achieving Vision Zero – zero fatalities, zero injuries, and zero crashes.
Blackberry IVY, AI, and the software-defined vehicle
IAV’s Dr. Clemens Satzger and Rüdiger Kewitz present their experience of the Blackberry IVY platform using an example of an AI-based age and gender estimator that extracts information from a simple camera image.