Automated driving is transforming not only technology, but also the way we travel. The project\u2019s goal? To design interactions within automated vehicles that are intuitive, comfortable, and user-friendly. Yet, this new freedom \u2013 the ability to engage in other activities while on the move \u2013 brings back an old challenge: motion sickness.<\/strong> As drivers take less control of the vehicle, they are more likely to turn to screens, read, work, or simply relax \u2013 all of which can trigger nausea and discomfort for many people. This is where our research comes in.<\/p>\n As part of the KARLI project,<\/strong> we conducted test drives with participants using Ford Germany<\/strong> research vehicles to collect real-world data on the development and prevention of motion sickness. To this end, we developed and integrated two key components:<\/p>\n The collected data forms the basis for developing an AI-based assistance system that detects in real time when motion sickness is likely to occur \u2013 and proactively suggests appropriate recommendations and measures. The goal is a smart prototype that does not merely react, but instead provides forward-looking support.<\/p>\n\n