Inside CAN and CAN FD – The ultimate guide to integrating, configuring and troubleshooting your network
Join Kristofer Koch of HMS Networks to discover how to work effectively with modern CAN-based communication systems.
Vehicle Safety
Pre-crash safety simulation for function development and visualization
Join Continental’s Andreas Forster to gain insight into the role of simulation in the pre-crash phase.
Functional safety with RTA-CAR: Making the case for your AUTOSAR Classic application
Join Subash Scindia and Alexander Burn of ETAS to discover how to prove the safety of an application built on RTA-CAR-generated AUTOSAR software.
Functional safety demystified: EB corbos Linux for Safety Applications and compliance with ASIL B & SIL 2
Isaac Trefz explores the importance of ASIL B and SIL 2 and how EB corbos Linux for Safety Applications is engineered to meet them.
Automotive gets an AI safety standard: What ISO/PAS 8800 means for you
Dr. Kaushik of UL Solutions explains how the new ISO/PAS 8800 standard may impact your AI vehicle development activities.
Ensuring software-defined vehicle infrastructure safety
Join UL Solutions’ Pete Brink to gain insight into the SDV infrastructure and the requirements and expectations that go into it to satisfy safety functionality.
Accelerating vehicle controller development with VI-CarRealTime and Simulink
Join Scott Bergeon of VI-grade to find out how to integrate, simulate, and test vehicle controllers in a dynamic virtual environment.
Optimizing steering systems with XiL – from virtual testing to real-world performance
VI-grade and Chassis Autonomy experts discuss how XiL solutions enable virtual testing, accelerate development, and optimize steering system performance.
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.
How to Architect and Model an Integrated Automotive Product Development Process
UL Solutions’ Steven Beard presents the fundamental principles for architecting and modeling an integrated automotive standards-compliant Product Development Process.
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.
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.
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.
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.
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.
Limiting the radar disturbances and artefacts in tunnels and the effect on ADAS and AD functions
Perciv.ai’s Srimannarayana Baratam shares results from recent research into the influence of tunnel design choices on the occurrence of radar reflections.
Revolutionizing automotive simulation: Discover the power of the VI-grade 2025.1 major software release
VI-grade experts explain how simulation software can help engineers overcome challenges caused by the increasing complexity of vehicle systems.
Cloud-based service diagnostics, the technology and application in and beyond the workshop
KPIT’s Julian Soanes and Matthias Steigenberger explore the technology behind Cloud-based diagnostics and discuss applications beyond the workshop.
Revolutionizing vehicle development with the VI-grade virtual proving ground
Jodie Rerat explains how to use the VI-grade Virtual Proving Ground to meet the diverse challenges of modern vehicle development.