BMW AirTouch is a contactless touchscreen communications console to be debuted at CES 2016. The futuristic technology continues the progression toward non-obtrusive interfaces and is poised to be the most advanced biometric communications system available in any vehicle.
The BMW AirTouch hand gesture-controlled console will allow drivers to manipulate the car's entertainment system with movement based sensors in the dashboard and is essentially a new and improved version of the Gesture Control System featured in the brand's 7 Series vehicles.
Designed to maximize a driver's ability to on the focus on the road, the BMW AirTouch system helps make using a car's non-driving features a more intuitive process, helping bridge the gap between vehicle and consumer while adding value to the customer experience overall.
Contactless Touchscreen Consoles
The BMW Airtouch System is a Contactless Touchscreen Console
Trend Themes
1. Contactless Touchscreen Technology - The advancement of contactless touchscreen technology opens up opportunities for intuitive and non-obtrusive user interfaces in various industries.
2. Gesture-controlled Consoles - The development of gesture-controlled consoles presents disruptive innovation opportunities in automotive and consumer electronics industries, transforming the way users interact with devices.
3. Biometric Communications Systems - The emergence of advanced biometric communications systems creates possibilities for personalized and secure user experiences across industries like automotive, healthcare, and finance.
Industry Implications
1. Automotive - In the automotive industry, the adoption of contactless touchscreen consoles and gesture-controlled interfaces can revolutionize driving experiences and enhance safety measures.
2. Consumer Electronics - Consumer electronics companies can leverage the development of contactless touchscreen technology and gesture-controlled consoles to create innovative and user-friendly devices.
3. Healthcare - The integration of biometric communications systems in healthcare can enable personalized patient monitoring and seamless data transmission, enhancing the efficiency and quality of care.