If you're looking for the future of car interiors, the Mercedes-Benz DICE concept may just be it. The DICE (Dynamic & Intuitive Control Experience) concept is a customizable dashboard that is fully controlled through your hand motions.
Comprising proximity sensors that detect your gestures, the Mercedes-Benz DICE concept allows you to control -- by scrolling, selecting and more -- different functions such as your car's music player and navigation. Further, with the Mercedes-Benz DICE dashboard, you can get more information about where you are, such as nearby establishments and points of interest.
So far, however, the Mercedes-Benz DICE dashboard is still just a concept and Mercedes has a few kinks to work out. For one thing, the dashboard can't always determine whether you are gesturing to control something or simply waving your hand. A Mercedes exec stated that the DICE dashboard won't be available for use in vehicles for another 20 years or so.
Gesture-Controlled Dashboards
Mercedes-Benz DICE Concept Detects Hand Motions
Trend Themes
-
Gesture-controlled Dashboards — Mercedes-Benz DICE Concept Detects Hand Motions
-
Customizable Dashboards — The DICE concept offers a fully controlled dashboard experience through hand gestures, presenting opportunities for personalized and intuitive interfaces.
-
Proximity Sensors — The use of proximity sensors in the DICE concept opens up possibilities for enhanced control and interaction with various car functions, creating opportunities for innovative sensor technologies.
Industry Implications
-
Automotive — The automotive industry can explore the integration of gesture-controlled dashboards to enhance user experience and differentiate their products in the market.
-
Consumer Electronics — Consumer electronics companies can leverage the concept of customizable dashboards to develop new and unique user interfaces for their devices.
-
Sensor Technology — The advancements in proximity sensors showcased in the DICE concept drive opportunities for sensor technology companies to innovate and create more accurate and responsive sensors.