A team at Osaka Prefecture University has developed one of the strangest ways to control your mobile: a tongue-controlled phone. More specifically, there will be a helmet that allows athletes to control their mobile devices using their tongue motions.
When you're on a ski slope, moving full-speed on a race car or on a bike, one wrong move can be the difference between safety and injury. One of the things you definitely don't want to be doing is using your phone, unless you could use it hands free, that is; this tongue-controlled phone allows for simple control.
The helmet covers the head while a pad with 64 pressure points sits on the cheek. The athlete can then move their tongue around to use the phone without ever having to stop their motion.
Tongue-Controlled Phone Screens
This Interface Lets Athletes Control Phones with Their Tongues
Trend Themes
1. Tongue-controlled Technology - There is a disruptive innovation opportunity in developing a variety of tongue-controlled devices and interfaces for different applications, such as gaming or medical devices.
2. Hands-free Interaction - The development of hands-free control interfaces opens up opportunities for industries such as automotive, fitness, and healthcare to create safer and more convenient user experiences.
3. Motion Tracking Interfaces - Exploring motion-tracking technologies for controlling devices can lead to disruptive innovations in industries like sports, gaming, and virtual reality, providing more immersive and intuitive experiences.
Industry Implications
1. Sports Technology - There is an opportunity for disruption in the sports technology industry by integrating tongue-controlled interfaces into sports equipment and wearables to enhance performance or improve safety.
2. Mobile Device Manufacturing - Mobile device manufacturers can leverage tongue-controlled interfaces to offer unique and hands-free user experiences, revolutionizing the way people interact with their smartphones and other portable devices.
3. Medical Device Industry - The medical device industry can explore the use of tongue-controlled interfaces for patients with mobility limitations, enabling them to operate devices without the need for manual dexterity.