A deep understanding of the entire ADAS and AV landscape is essential for driving innovation—enabling us to not only address, but overcome the challenges shaping the future of the industry.
That’s why at InCabin, we bring top innovators, industry leaders and engineers from across the entire supply chain together to discuss the most crucial industry topics.
This includes critical focus areas such as DMS compliance, occupant monitoring systems (OMS) for comfort and safety, data accuracy, advanced AI applications, and the next generation of of human-machine interfaces (HMI).
While you wait for the FULL line-up to be revealed, we’ve put together a sneak peek for you. Take a look at the first core topics announced for InCabin Europe:
DMS Compliance: Is Your Approach EuroNCAP-Ready?
As automotive safety becomes more complex, ensuring that DMS technologies are compliant with EuroNCAP is essential for enhancing driver safety and achieving regulatory approval. Examining different approaches, this session will highlight the challenges, solutions, and best practices for ensuring your DMS approach complies with EuroNCAP standards for 2030 and beyond.
OMS for Comfort & Human-Centric Applications
This track will focus on the role of Occupant Monitoring Systems in enhancing comfort and human-centric features within automotive interiors. As we move towards a “third space” philosophy, OMS technologies are critical for tailoring experiences that prioritise driver and passenger well-being. This session will examine the latest innovations in OMS, their integration into vehicle design, and how they contribute to creating intuitive, user-centric interiors that adapt to the unique needs of each occupant.
Real vs. Synthetic: The Battle for In-Cabin Data Accuracy
This session will explore the crucial role of both synthetic and real-world data in the development and validation of in-cabin applications. As automotive systems evolve, the use of synthetic data offers a cost-effective and scalable solution for training AI models, while real-world data provides the accuracy and reliability needed for real-world deployment. This discussion will examine the strengths and challenges of each approach and the best practices for combining them to ensure the highest standards in in-cabin system performance and safety.
The Global IVI Revolution: Who Will Lead the Charge?
As consumer demand for seamless, connected, and personalised in-vehicle experiences grows, the race to develop advanced In-Vehicle Infotainment solutions intensifies. Who are the key players in this competitive landscape, and what are the emerging trends and technologies driving innovation? With intense competition shaping the future, western companies are falling behind their Chinese counterparts. Is this due to regulatory challenges, privacy concerns, or simply a mis-read of the market? This track will explore these dynamics and examine what it takes to stay ahead in this fast-evolving sector.
You Are Not Alone: Intelligent Driver Companions
In the move towards L2+, Intelligent Driver Companions are emerging as a crucial innovation in enhancing the driving experience. Powered by AI, these systems provide real-time support, anticipating driver needs and offering assistance in everything from navigation and vehicle performance to safety monitoring and fatigue detection. With their ability to adapt to individual driving styles and preferences, Intelligent Driver Companions act as personal co-pilots, ensuring drivers feel supported and safe on every journey. This session will explore how AI is reshaping the future of in-car assistance, bringing the comfort and security of a knowledgeable companion to the road.
Next-Gen Automotive Interfaces
This session will explore how innovations in Human-Machine Interfaces (HMI), such as augmented reality, heads-up displays, and holographic technologies, are enhancing driver safety, navigation, and overall user experience. Beyond UX, we’ll also examine how these technologies are creating new business opportunities, from in-car advertising to subscription-based services, and how they can be integrated into vehicles to maximise their potential.Â
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