OpenSynergy’s Pierre-Antoine Bernard explains how COQOS Hypervisor SDK for high-end microcontrollers allows the integration of heterogeneous and mixed-critical software stacks while still maintaining strong isolation.
Siddharth Shukla of ETAS and NXP’s Karthik Sivaramakrishnan demonstrate how to leverage hardware support from NXP’s TJA1153 secure CAN transceiver to enhance IDPS solutions.
Marcos Cardoso and Thomas Irmscher of ETAS explain what automotive security fuzz testing is about and share practical use cases and recipes to use fuzzing in vehicle projects efficiently.
Experts from NXP and AWS explain how to use cloud-native development workflows to expedite the development of the software-defined vehicle.
Elektrobit’s Pavithra Kumaraswamy and Andrei Rus explain how to enable secured global time synchronization in automotive networks to reduce potential security risks in vehicles.
Garrett Motion’s George Olaru and Andrei Sin analyze current and future network architectures and explore the cybersecurity solutions in use, assessing their scope and advantages.
NXP’s Thomas Brown and Charlotte Li discuss how the vehicle computer enables these new experiences while respecting the challenges and risks of functional safety and cyber security.
KPIT experts discuss key diagnostics architectural nuances pertinent to the SDV design phase and explain how to define a software diagnostics strategy.
VI-grade experts present a dynamic approach to simulation software usage that can help engineers overcome the challenges caused by the increasing complexity of vehicle systems.
Hitachi and Argus Cyber Security explain how to carry out vehicle vulnerability management earlier in the design process to save time and effort, improve the vehicle’s cyber posture, and shorten time-to-value.
Omar Alshabibi of ETAS explains how to secure the vehicle computer for its entire lifecycle to ensure protection against malicious actors and enable the SDV.
Elektrobit’s Joachim Schlosser discusses problems and possible solutions associated with open-source components and platforms in the automotive industry.
NXP’s Fabrice Poulard explains how to to build in security as part of the architecture rather than trying to layer it on top of an existing design.
Elektrobit’s Dr Moritz Neukirchner discusses how the industry is changing towards software-defined vehicles and what this means technologically and from a market perspective.
Continental’s Andreas Greff explains how decoupling software from hardware enables the rapid and continuous development and implementation of new functions throughout the vehicle’s lifetime.
NXP’s Vincent Lagardelle presents a cutting-edge traction inverter system that can help extend vehicle range, optimize system cost, ensure a high level of functional safety, and expedite time to market.
Experts from Elektrobit and Infineon discuss how the new AURIX™ TC4x MCU’s virtualization enables isolated execution of multiple OS and AUTOSAR stack instances on a single chip.
Thomas Irmscher and Abdallah Ourad of ETAS discuss their experience of penetration testing on a full-vehicle level and explain how to use a multi-layered approach and powerful tools to make the process easier.
Elektrobit’s Gabriel Byman and Veli Matti Lastumäki discuss automotive connectivity challenges and the benefits of physical protection against data theft and vehicle software alteration.
APIsec and Upstream Security experts provide unique insight into the latest high-profile API cyber attacks in the mobility ecosystem.