Company

"Personal Neuro Devices, Inc (PND) is a company working to develop wearable and usable brain-computer-inteface(BCI) technology for widespread use. Contact us using the form below for more information."

Company

"IDUN Technologies is enabling the Internet of Humans by allowing next generation wearables to provide the user with actionable insight based on bio signals."

Company

Dreem is a sleep device that monitors, analyzes, and claims to enhance quality of sleep. It's a miniaturized and autonomous headband that monitors the quality of sleep and then uses sound to help fall asleep faster, get deeper sleep, and wake up at the optimal time through smart alarm.

Dreem is a headband that collects, reports data and also claims to enhance the user's behavior in real-time according to the data collected. The sensors include dry EEG electrodes, accelerometer and pulse oximeter. The five EEG electrodes include O1 and O2 electrodes in the occipital part of the head and Fpz, F7, and F8 on the forehead. These electrodes are meant to pick up EEG frequencies common in sleep, such as sleep spindles, slow waves, and k-complexes. This data is then used to attempt to determine if the wearer is in light sleep, deep sleep, or REM.

Company

"MindMaze is pioneering a breakthrough computing platform that captures brain activity upon intent, creating a new operating system for computers - a brain O/S. Based on a decade of rigorous testing in the healthcare industry, the company has designed an intuitive mind/machine interface, which utilizes pre-realtime decoding of brain signals via neural prediction. Its innovations based are poised to transform industries, starting with healthcare and gaming. Founded by Tej Tadi in 2012, the company is based in Lausanne, Switzerland with U.S. headquarters in San Francisco, CA."

Company

"BrainSpec is a health-tech company that enables the accurate, efficient and non-invasive diagnosis of brain disorders"

"BrainSpec is a comprehensive web-based software platform designed to make MRS technology accessible to clinicians and researchers alike. The software combines a linear combinations model based post-processing back-end that represents the most accurate method of measuring brain metabolites with a highly intuitive and user-friendly front-end web-based user interface. This combination allows for high analytical performance while maintaining ease of use and results in reduced case processing time, leading to higher output and lower costs"