Automotive Cybersecurity Penetration Testing & Aligning to the Challenges of ISO/SAE DIS 21434
Available on demand
Automotive Cybersecurity Penetration Testing – Aligning to the Challenges of ISO/SAE DIS 21434
Penetration testing (pen test) is essential to ensuring robustness in a challenging cybersecurity environment. System level testing across platforms and firmware versions creates complex challenges for assessing security posture.
How can pen testing integrate with the larger development cycle and emerging standards? This session will review pen testing, ISO/SAE DIS 21434 and UNECE WP.29 and ideas for integration for assured automotive security.
Agenda:
Pen Test Review:
- Introduction to new fuzzing technology
ISO/SAE DIS 21434:
- How does this impact cybersecurity professionals?
- What does this standard drive from a work product perspective?
- Linking pen testing to the larger ISO/SAE DIS 21434 picture
Speakers
Aaron Newman
Americas Automotive Business Development
Keysight Technologies
Aaron graduated from University of Arizona in 1985 with a Bachelor of Science Degree in Physics. After serving in the US Navy, Aaron has spent 27 years as a measurement consultant, helping companies and institutions solve measurement challenges, with heavy focus on Wireless and Defense Electronics. Currently conducting business development in the Automotive sector, with attention to applications in RF (570 kHz-81 GHz), Digital, LiDAR and Cybersecurity.
Thomas Liefert
Business Development Manager, Automotive & Energy Solutions (AES)
Keysight Technologies
Thomas Leifert is the global Business Development Manager for automotive cybersecurity solutions at Keysight Technologies in Germany. He joined HP as a wireless application engineer in 1997 and has held various positions in wireless communications and conformance test since then, supporting customers both from R&D and production. Over the last decade, Thomas has been dedicated to test solutions for automotive wireless applications and focussed on automotive cybersecurity for more than two years.
Thomas holds a diploma in Electronics Engineering/Communications Technology from the University of Stuttgart.
Brandon Barry
CEO
Block Harbor
Brandon holds a Bachelor of Science in Computer Engineering from Brown University with a focus on cybersecurity. His background in computing, from software development to processor design, gives him a depth of understanding in sophisticated exploits. Focused for the past 6 years on defensive security in automotive ranging from embedded device/hardware design to vehicle architecture to cloud security, Brandon seeks to push the automotive industry to a more secure future to assure cyber-physical vehicles and their related infrastructure keep passengers safe. Outside of a variety of projects with OEMs and suppliers through Block Harbor, Brandon helps grow a global non-profit called the Automotive Security Research Group that’s focused on a community-driven approach to automotive security. Brandon is also one of the world’s youngest Certified Information Systems Security Professional.