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.
Cyber Security
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.
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.
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.
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.
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.
Secure by design: the importance of security in automotive software development
Microsoft’s Kaivan Karimi and Noam Herzenstein of PlaxidityX explore the emerging practice of Automotive DevSecOps.
Three trends shaping the future of product cybersecurity
Experts from Continental and Elektrobit discuss three types of cyber threats they are currently working on to help stakeholders keep their products secure.
Cybersecurity and compliance in the age of autonomy
Jason Masker and Cody Nahmensen of Upstream Security and May Mobility’s Hemanth Tadpepalli explore the challenges of securing onboard systems and the integration of self-drive kits.
Strategies for integrating safety-related components into automotive software platforms
Elektrobit’s Joel Thurlby explores the challenges and strategies of integrating safety-related software components into automotive software platforms.
Mastering fuzz testing – how to overcome cybersecurity challenges amid regulatory compliance
Marcos Cardoso of ETAS and Keysight Technologies’ Seung-Taek Chang and Simon Kreibich explain how to overcome challenges when implementing a fuzz testing strategy.
Securing software on microcontrollers with AUTOSAR and beyond
George Bray, Michael Schneider, and Anthony Esteban of ETAS discuss the importance, challenges, and solutions for securing vehicle software functions on microcontrollers.
How to test AUTOSAR applications for security issues and bugs without hardware
Khaled Yakdan explains how a Tier-1 automotive supplier implemented Code Intelligence’s AUTOSAR simulator and enabled Software-in-the-Loop testing.
Enabling vehicle cybersecurity compliance with Adaptive Risk Management
Cybellum’s Oz Sarne and Shlomi Ashkenazy explain how to implement a new threat modeling and risk management method to enable cybersecurity compliance.
Your practical checklist for ensuring long-term cybersecurity for current and future microcontrollers
Dr Max Hoffmann and Anthony Esteban of ETAS explain the importance, challenges, and solutions for long-term cybersecurity for microcontrollers.
Methods for proactively addressing cybersecurity vulnerabilities in early vehicle development
Marina Vasquez of UL Solutions Software Intensive System delves into the secure-by-design methods and activities that drive effective weakness minimization in the early stages of the engineering v-model.