Researchers at Carnegie Mellon University have developed 'Electrick' spray-on touch technology, which has the ability to turn any surface into a touchscreen. Electrick uses a software algorithm to read electric charges your finger produces across a conductive surface.
The conductive surface can be sprayed onto any object using a spray can. Once the surface has been activated, the sensors can launch appropriate apps, allowing any surface to become a touchscreen.
The spray-on touch technology is proposed to be used in homes, allowing users to dim lights by swiping the walls, or in vehicles where users can touch the steering wheel to change the volume. The new technology has the potential to make for a more interactive environment. By bringing inanimate objects to life, a collaboration can be formed between technology and people.
Interactive Touchscreen Sprays
'Electrick' Spray-On Touch Technology Turns Surfaces Into Screens
Trend Themes
1. Spray-on Touch Technology - Spray-on touch technology has the potential to turn any surface into a touchscreen, enabling new interactive experiences.
2. Software Algorithm for Electric Charges - The use of a software algorithm to read electric charges produced by the finger across a conductive surface opens up opportunities for innovative touch applications.
3. Interactive Environment - Creating an interactive environment by bringing inanimate objects to life through touch technology can lead to new collaboration opportunities between technology and people.
Industry Implications
1. Consumer Electronics - Consumer electronics industry can leverage spray-on touch technology to create unique interactive products for consumers.
2. Home Automation - Spray-on touch technology can revolutionize home automation industry by enabling users to control various devices and systems through touch gestures on any surface.
3. Automotive - In the automotive industry, spray-on touch technology can transform steering wheels and other surfaces into touch-enabled interfaces, enhancing the user experience and safety.