Synapse is a mind-controlled helmet that is designed using 3D-printing materials and able to change in shape as well as color depending on the wearer's personal brainwaves. This allows the smart wearable to be fully personalized instantly without the consumer having to program the device. Instead the helmet is edited live, altering in sync to the wearer's own emotions and feelings.
Wearable tech is quickly moving forward to adapt to the wearer's thoughts and brainwaves to create a much more personalized and intimate tech experience. The Synapse helmet created by Behanaz Farahi is a example of this, with a device that reacts intuitively to the wearer's neural system. The helmet features an array of LED lights and swirled bands that change in response to the user's emotions.
Mind-Controlled Helmets
The 3D-Printed Synapse Functions Using the Wearer's Brainwaves
Trend Themes
1. Personalized Wearable Tech - The Synapse helmet demonstrates the potential for creating a fully personalized tech experience through mind-controlled wearable devices.
2. Adaptive 3d-printing - The use of 3D-printing materials in the creation of the Synapse helmet opens up opportunities for designing adaptive and customizable products that can change in shape and color.
3. Neural System Interaction - By reacting intuitively to the wearer's neural system, the Synapse helmet showcases the increasing potential for technology to directly interface with and respond to human emotions and feelings.
Industry Implications
1. Wearable Technology - The development of mind-controlled helmets like Synapse highlights the potential for wearable tech to become more personalized and intimately connected to the user.
2. 3D Printing - The Synapse helmet's use of 3D-printing materials opens up disruptive possibilities for creating adaptive and customizable products across various industries.
3. Emotional Well-being - The Synapse helmet demonstrates the potential for technology to directly impact and enhance emotional well-being by interacting with the wearer's neural system.