MIT's Living Jewelry Designs Combine Fashion with Function
Ellen Smith — August 4, 2017 — Tech
References: groups.csail.mit.edu & techcrunch
Living Jewelry designs are a common occurrence in varying cultures that feature jeweled beetles and other insects worn for decorative purposes. Inspired by this concept, MIT's Vision Lab created a robotic reiteration which features palm sized bots that cling to the wearer's clothes with magnets.
In addition to being decorative, the robots are being designed to preform a surprising range of functions. With the help of kinetic movements, the wheeled robots will one day be able to crawl up to a user's mouth as a phone call comes in or toward the wrist to hapitically alert the wearer of an incoming notification. Although its current primary function is decorative, living jewelry is reflective of the powerful relationship between technology and design that can help further integrate technological convenience into our everyday lives.
In addition to being decorative, the robots are being designed to preform a surprising range of functions. With the help of kinetic movements, the wheeled robots will one day be able to crawl up to a user's mouth as a phone call comes in or toward the wrist to hapitically alert the wearer of an incoming notification. Although its current primary function is decorative, living jewelry is reflective of the powerful relationship between technology and design that can help further integrate technological convenience into our everyday lives.
Trend Themes
1. Robotic Jewelry - The development of robotically wheeled jewelry presents an opportunity for disruptive innovation in the fashion industry by combining fashion with function.
2. Kinetic Technology - The use of kinetic movements in robotic jewelry opens up possibilities for disruptive innovation in wearable technology, allowing for new interactive and functional experiences.
3. Integration of Technology and Design - The integration of technology and design in living jewelry showcases the potential for disruptive innovation in creating aesthetically pleasing and functional products.
Industry Implications
1. Fashion - The fashion industry can embrace the trend of robotically wheeled jewelry, incorporating new designs that offer both style and functionality.
2. Wearable Technology - The development of robotic jewelry with kinetic movements presents an opportunity for disruptive innovation in the wearable technology industry, creating new possibilities for interactive and functional accessories.
3. Product Design - The integration of technology and design in living jewelry highlights the potential for disruptive innovation in product design, encouraging the creation of aesthetically pleasing and functional objects.
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