A group of researchers and engineers at the University of Aucklad in New Zealand have developed an incredible runner keyboard that can be stretched and bent.
This keyboard is programmable and fully streamlined, and is constructed with dielectric elastomer, a kind of extremely soft, flexible and stretchable rubber. The keyboard consists of two sensing layers that sit within a laminated structure.The layout as well as the quantity of keys can be modified by reprogramming the keyboard, allowing for numerous possibilities.
This rubber keyboard will surely be of use in the world of wearable technology. When you think of wearable gaming gadgets for example, the rubber keyboard would slot in nicely as it wouldn't interfere with players' experience of the virtual world they inhabit. Wearable technology requires wearable peripherals, and this rubber keyboard is perfect for the job.
What Makes This Trend Stand Out
- Stretchable Rubber Keyboards
- This stretchable rubber keyboard has the potential to disrupt the wearable technology industry by providing a flexible and customizable input solution.
- Programmable Keyboards
- The development of programmable keyboards opens up opportunities for customizable and adaptable user experiences in various industries, such as gaming and virtual reality.
- Dielectric Elastomer Technology
- The use of dielectric elastomers in keyboard construction showcases the potential for soft, flexible materials to revolutionize input devices in wearable technology and beyond.
Sectors Adopting This
- Wearable Technology
- The stretchable rubber keyboard has disruptive potential in the wearable technology industry by offering a flexible and user-friendly input solution for wearable devices.
- Gaming
- The introduction of a rubber keyboard allows for a seamless integration of input devices into wearable gaming gadgets, enhancing the overall gaming experience and potentially disrupting the gaming industry.
- Virtual Reality
- The stretchable rubber keyboard can potentially revolutionize the virtual reality industry by providing a soft and adaptable input solution that does not hinder users' immersion in the virtual world.
