The growing reliance on open-source platforms in automotive systems brings new challenges for ensuring functional safety, especially as high-performance processors become central to safety-critical applications. This presentation explores how safety goals can still be achieved when using open-source operating systems in complex automotive architectures. It highlights practical approaches such as system partitioning, layered supervision, and architectural safeguards that help meet safety standards without compromising performance or flexibility. Attendees will gain a forward-looking perspective on how the industry can evolve safety frameworks to support innovation, openness, and compliance in next-generation vehicle platforms.

In this presentation, you will learn

• How to manage safety risks in open-source automotive systems
• Techniques for enabling compliance in high-performance architectures
• Future directions for safety standards in open environments

• What are the most promising use cases for motion in HMI displays that go beyond traditional safety alerts, and how do they enhance user experience?
• How can biometric authentication be seamlessly integrated into automotive HMI systems to improve personalization, security, and trust?
• In the context of driverless robotaxis, what design principles should guide the development of intuitive and accessible in-cabin interfaces for passengers of all abilities?
• How can motion-based HMI elements contribute to building emotional connection and reducing stress during autonomous or shared rides?
• What are the challenges and opportunities in designing HMI systems that adapt dynamically to passenger behavior and context in real time?