The Road to Chiplet Scalability 2026

Making Automotive Semiconductor Cybersecurity Practical: Aligning Requirements, Secure IP, and Assurance

Making Automotive Semiconductor Cybersecurity Practical: Aligning Requirements, Secure IP, and Assurance

As vehicles become increasingly software-defined, connected, and autonomous, automotive semiconductor teams face growing pressure to implement robust cybersecurity while meeting evolving regulatory requirements, maintaining development efficiency, and accelerating time to market. Translating standards such as ISO/SAE 21434 into practical implementation, verification, and assurance workflows remains a significant challenge across the semiconductor design lifecycle.

This webinar explores a practical, end-to-end approach to automotive semiconductor cybersecurity, connecting security requirements, secure IP implementation, and scalable security assurance. Industry experts from SGS, Rambus, and Arteris discuss how organizations can build standards-aligned security practices that reduce risk, improve compliance readiness, and strengthen hardware security throughout development.

Watch the video to learn more.

What You'll Learn:

  • How to translate ISO/SAE 21434 cybersecurity requirements into practical semiconductor development workflows.
  • Best practices for integrating secure IP and hardware security throughout the SoC design lifecycle.
  • Approaches for verifying and assuring hardware security to support compliance and reduce development risk.
  • Strategies for aligning implementation, verification, and documentation with evolving automotive cybersecurity expectations.
  • How a holistic, standards-based approach can help accelerate development while strengthening security assurance.