The VIBE is an emotion sensor that can be worn as a necklace. This unique piece of tech jewelry combines conductive ink and textile sensors in order to communicate effectively with others.
The futuristic necklace can read multiple biometric signals both by the wearer and to whoever they are communicating to.
It looks as though obtaining the supernatural powers from the movie, 'What Women Want,' is closer than we think!
Implications - In the eyes of many consumers, the products through which they are able to express themselves and their unique personalities are the most appealing. Businesses who can provide consumers with personalized or customized products will reap large benefits from those consumers looking to stand out amongst the rest of their peers. A consumer will likely be drawn to a product over which they have some sort of control.
Sensitive Jewelry
Philips VIBE Emotion Sensor is a Look at Accessories of the Future
Trend Themes
1. Tech Jewelry - The emergence of jewelry that incorporates technology, such as emotion sensors, opens up opportunities for personalized and unique accessories.
2. Conductive Ink - The use of conductive ink in jewelry allows for the seamless integration of technology and fashion, creating disruptive innovation in the accessories industry.
3. Biometric Communication - The development of biometric sensors in jewelry enables a new form of communication, presenting opportunities for enhanced personal connections through wearable tech.
Industry Implications
1. Fashion Accessories - The fashion accessories industry can capitalize on the trend of tech jewelry by offering a range of personalized, technologically-advanced accessories.
2. Wearable Technology - The wearable technology industry can leverage the use of conductive ink and biometric sensors in jewelry to create innovative and functional accessories.
3. Personalized Products - The personalized products industry can explore the integration of technology in customizable jewelry, providing consumers with unique and expressive accessories.