The invisible container fortress – isolating apps in software instead of distinct ECUs
Elektrobit’s Joachim Schlosser explains how to isolate apps in software instead of single ECUs.
Achieving automotive safety and security standards: a practical integrated approach
Bill Taylor of UL Solutions discusses an efficient, integrated approach for meeting the ever-growing need for standards compliance, including functional safety, cybersecurity, SOTIF, and more.
Determination and effect of measurement uncertainty in electric drives
HBK’s Alexander Stock provides unique insight into measurement uncertainty’s influence, determination, and propagation, in the optimization of electric drives.
Securing AUTOSAR-based ECUs from cyber risks to enable innovative mobility
Elektrobit’s Dr Simone Böttger and Danny Noack of Argus Cyber Security explain how to secure AUTOSAR-based ECUs to meet regulatory requirements using IDPS.
A brief tour of RTA-CAR, ETAS’ premier suite of AUTOSAR-compliant tools
George Bray and Sam Hutchings of ETAS explain how to use a starter kit to get an experimental Classic AUTOSAR sandbox up and running in minutes using ETAS tools.
A brief tour of RTA-CAR, ETAS’ premier suite of AUTOSAR-compliant tools
George Bray and Sam Hutchings of ETAS explain how to use a starter kit to get an experimental Classic AUTOSAR sandbox up and running in minutes using ETAS tools.
Enabling cloud-to-vehicle edge parity – paving the way towards cloud-native development
OpenSynergy’s Tero Salminen explains how open-standard-based virtualization enables the portability of software applications to the cloud during product development, independently of the underlying physical hardware.
Boosting safety, experience, and Euro NCAP scores with advanced driver assistance and road-level weather data
Martin Pfeifle of NNG and Petri Marjava of Vaisala present a solution that offers automakers a cost-effective solution to meet advanced driver assist criteria.
How to design SDV architectures with real-time integration in centralized vehicle compute
NXP’s Oskar Walder explains why modern vehicles require a change in real-time software and hardware architecture to enable the software-defined vehicle.
Overcoming vehicle development challenges with powerful and flexible XiL systems
Michael Hoffmann of VI-grade explains how to overcome vehicle development, testing, and validation challenges using a flexible XIL-system.
Development of a PEM fuel cell system: how system simulation supports use cases on SiL and HiL
AVL experts discuss various aspects of simulation software development and engineering for fuel cell systems, highlighting the mutual benefits of the two disciplines under one roof.
Accelerating cyber security type approval without compromising on compliance
Experts from Argus, Volta Trucks, and ATEEL explain how to achieve cyber security type approval faster, smoother, and more cost-effectively.
Modernizing automotive electrical architectures: driving forces and supply chain impact
Experts from NXP, Sibros, and Connected Strategy Advisors explore how the changes in electrical architectures will impact the mobility supply chain.
EV charging infrastructure: the battle of sustainability versus cybersecurity resilience
Experts from RISE and Upstream examine the cybersecurity threats introduced by the complex electric vehicle charging landscape, the impact on different stakeholders, and the solutions currently available to detect and mitigate threats.
Accelerating automotive software validation with a DevOps staged approach
Microsoft’s Daniel Lüddecke joins Kieran McAleer and Harald Petschnik of AVL to explore how and why software development for the software-defined vehicle (SDV) requires a new approach.
Edge data management for software-defined vehicle
Experts from NXP and ITTIA explain how to develop advanced applications using smart edge data management for software-defined vehicles.
Advanced techniques for bridging AV data gaps – Applied Explainability and virtualized sensor simulation
Experts from Tensorleap, Cognata, and Foresight discuss ways to overcome the complexities of developing automotive AI, resolving model weaknesses, and pinpointing the data you need.
Overcoming in-vehicle communication challenges in a physically zonalized, logically-centralized architecture
NXP’s Lulu Chan discusses communication-related challenges in software-defined vehicles and corresponding standardized coping mechanisms.
Shift left: electronics architectures for the software-defined vehicle
NXP’s Andy Birnie presents a high-level overview of the technology behind the software-defined vehicle and provides insight into the implications for hardware and software.
Towards a ‘software-defined vehicle’ future with KPIT and AWS
Experts from KPIT and Amazon Web Services experts discuss the software-defined vehicle journey and joint offerings that contribute to efficient virtualization.