We have been developing a set of technologies using various biological signals from human body to generate actionable commands to enable any users, both able and disabled to seamlessly and intuitively interact with the surroundings. EXG wearable technology is aiming at developing promising solutions that give human extra controllability and augment sensing abilities to communicate with the world. It can solve various kinds of problems, from helping disabled people interact with the environment as assistive tools, to simplifying the current complicated/cumbersome control devices to enable a natural way of interaction with the smart environment or any electronic devices and to develop creative wearables in gaming, AR and VR industry.

We have recently developed working prototypes as proof of principle for our EXG technologies using brain-computer interface (BCI) and proprietary machine learning platforms. Our device - EXGbuds (please see our concept and product pitch video here at...
We have been developing a set of technologies using various biological signals from human body to generate actionable commands to enable any users, both able and disabled to seamlessly and intuitively interact with the surroundings. EXG wearable technology is aiming at developing promising solutions that give human extra controllability and augment sensing abilities to communicate with the world. It can solve various kinds of problems, from helping disabled people interact with the environment as assistive tools, to simplifying the current complicated/cumbersome control devices to enable a natural way of interaction with the smart environment or any electronic devices and to develop creative wearables in gaming, AR and VR industry.

We have recently developed working prototypes as proof of principle for our EXG technologies using brain-computer interface (BCI) and proprietary machine learning platforms. Our device - EXGbuds (please see our concept and product pitch video here at: vimeo.com/217568190) provides patented non- invasive “Skin Screw Electrode” along with the patent-pending machine learning physiological activity identification method, which allows “Hands-Free” control of smart devices using simple eye movements and facial expressions. Our innovation places two simple non-invasive electrodes on top of the ears to identify eye movement activity with over 95% accuracy. With voice cue instructions, users can then quickly learn how to control different applications, such as a surgical robot, wheel chair, cell phone, smart home, or other Internet of Things (IoT) devices with just simple eye movements.

We envision that in the next 5 years, the complementary technologies in AR, VR and smart home devices will rapidly grow and numerous innovations in these field will accelerate the innovation-powered economy and a multi-billion $ market potential in consumer electronics. This will also change the way we interact with our surroundings and the devices we currently use.

Current assistive devices are often cumbersome, bulky, invasive, and intrusive to users, causing slower adoption of BCI-enabled wearables. To truly harness the potential of wearable IoTs, it is highly imminent to develop and design non-obtrusive, simple, compact and human-centered products that users can wear for long hours with utmost comfort. EXGbuds offer solution to all these problems through simple, accurate, customizable 3-D printable devices.
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