• What are the most critical failure modes that could prevent passengers from safely exiting an autonomous vehicle, and how can they be mitigated?
• How can redundancy in power supply and electronic control units (ECUs) improve functional safety in failure scenarios?
• What role do external emergency response systems (e.g., roadside assistance, V2X communication) play in failure react strategies for AVs?
• How can human factors engineering improve passenger awareness and decision-making when an AV experiences a critical failure?
• What industry standards and regulatory requirements should be adapted or introduced to ensure safe passenger egress in AV failure scenarios?

• What are the key architectural principles for designing a failure react system that prioritizes passenger egress in AVs?
• How can mechanical, electrical, and software redundancies work together to create a fail-safe exit strategy?
• What are the biggest challenges in ensuring safe vehicle immobilization while maintaining accessibility for passengers?
• How can cybersecurity threats impact failure react mechanisms, and what countermeasures are needed to prevent malicious interference?
• What real-world testing and validation strategies can be used to ensure that failure react systems perform effectively in diverse environments and failure conditions?

Presenting the results of our World Cafés: The moderators summarize the key takeaways of their World Café Round Tables on the main stage and share the main findings with all attendees.