The 'ThynkBot' is a Toy That You Can Control with Your Brain Waves
Katherine Pendrill — June 26, 2015 — Tech
References: kickstarter & psfk
The 'ThynkBot' is a miniature robot toy that responds to straightforward, directional commands generated by your brain waves. While the technology may seem complex, the robot is easy enough for even children to use.
The device operates by using your phone as a receiver and an EEG headband as a reader. Your phone and the headband are then connected to the robot via Bluetooth. To operate the robot, you must think about straightforward commands such as 'turn right' or 'turn left.' These raw signals given off by your brain waves are then translated into words through the EEG headset and your mobile phone. If you are distracted or lose focus, the robot will respond with an audible cry of distress. When you refocus your attention, the robot will express its excitement.
The designers of the ThynkBot are currently running a Kickstarter campaign and those who back the project will be able to pre-order their own brainwave-controlled robot.
The device operates by using your phone as a receiver and an EEG headband as a reader. Your phone and the headband are then connected to the robot via Bluetooth. To operate the robot, you must think about straightforward commands such as 'turn right' or 'turn left.' These raw signals given off by your brain waves are then translated into words through the EEG headset and your mobile phone. If you are distracted or lose focus, the robot will respond with an audible cry of distress. When you refocus your attention, the robot will express its excitement.
The designers of the ThynkBot are currently running a Kickstarter campaign and those who back the project will be able to pre-order their own brainwave-controlled robot.
Trend Themes
1. Brainwave-controlled Toys - The development of brainwave-controlled toys presents an opportunity for innovative entertainment experiences.
2. EEG Headband Technology - Advancements in EEG headband technology open doors for diverse applications, from toys to medical devices.
3. Brain-computer Interface - The emergence of brain-computer interface technology enables new ways of interacting with devices and systems.
Industry Implications
1. Toy Manufacturing - Toy manufacturers can explore brainwave-controlled toys as a potential product category for engaging and interactive play experiences.
2. Healthcare - The healthcare industry can leverage EEG headband technology in the development of medical devices for diagnosis and treatment.
3. Gaming and Entertainment - The gaming and entertainment industry can utilize brain-computer interface technology to create immersive and interactive experiences for players.
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