• What are the key challenges in aligning various sensors within the cabin, such as 3D cameras, radar sensors, and interior sensing, to ensure a cohesive and integrated system? 
• How can the integration of diverse sensors contribute to an improved understanding of the in-cabin environment and enhance overall safety for occupants? 
• In the context of cost-effectiveness, what strategies can be employed to combine existing sensors in vehicles and optimize their functionality within the current architectural framework? 
• What innovative approaches or technologies are being explored to overcome the challenges associated with sensor fusion? 
• How do these technologies contribute to a more seamless integration of different sensing modalities within the vehicle cabin?

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

This presentation explores how advanced 3D sensing technologies can transform in-cabin experiences by enhancing both safety and user interaction. Traditional vehicle monitoring relies heavily on 2D RGB/IR cameras, low-resolution radar, or in-seat sensors, which may lack the precision needed for optimal safety and comfort functions. By integrating 3D-based sensing solutions, such as gesture recognition and pose detection, automakers can achieve higher levels of robustness and accuracy. This talk will bring insights into:

• Emerging trends, advantages, and obstacles in 3D sensing for automotive interiors
• New directions in HMI and safety function development, leveraging advanced sensors
• gestigon’s approach and forward-looking scenarios for 3D-enabled, interactive in-cabin experiences