The Tactilu Helps Long Distance Couples Touch Each Other
Alexander Lam — June 21, 2013 — Art & Design
References: pangenerator & psfk
A simple little device by new media art group panGenerator called the Tactilu transmits basic touch between couples. The bracelet works to allow people who are miles apart to feel each other. Using Bluetooth technology and sensors, the Tactilu is able to transfer touch. The gadget connects to your smartphone in order to transfer data which is then communicated to another Tactilu.
After being strapped to your arm, the Tactilu allows you to both receive and transmit touch. The top side of the bracelet contains sensors which communicate with another Tactilu in real time. On the other side, there are Arduino-controlled pistons which move to simulate touch. The pistons push against a piece of leather which is strapped against your skin.
After being strapped to your arm, the Tactilu allows you to both receive and transmit touch. The top side of the bracelet contains sensors which communicate with another Tactilu in real time. On the other side, there are Arduino-controlled pistons which move to simulate touch. The pistons push against a piece of leather which is strapped against your skin.
Trend Themes
1. Long Distance Connection - The Tactilu bracelet enables long distance couples to feel each other's touch, opening opportunities for new products and services catering to the needs of separated individuals.
2. Sensory Technology - The use of Bluetooth technology and sensors in the Tactilu bracelet highlights the growing trend of sensory technology, paving the way for innovative applications in healthcare, gaming, and virtual reality experiences.
3. Wearable Haptic Devices - The Tactilu bracelet's ability to transmit touch through Arduino-controlled pistons and leather straps suggests a trend in wearable haptic devices, presenting opportunities for advancements in prosthetics, gaming peripherals, and sensory therapy.
Industry Implications
1. Technology - The Tactilu bracelet's use of Bluetooth technology and sensors opens up disruptive innovation opportunities in the technology industry, such as creating enhanced communication devices and immersive virtual reality experiences.
2. Healthcare - The integration of sensory technology in the Tactilu bracelet presents disruptive innovation opportunities in healthcare, including the development of advanced prosthetics and telemedicine solutions for remote patient care.
3. Entertainment - The Tactilu bracelet's application in gaming and virtual reality experiences demonstrates opportunities for disruptive innovation in the entertainment industry, such as creating immersive gaming peripherals and sensory-based entertainment attractions.
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