tKIWI

tKIWI is completely non-invasive revolutionary the future

The tKIWI is a wearable neuromodulation device that treats neurodegenerative diseases using EEG and personalized tDCS therapy powered by machine learning. The tKIWI can provide treatments to the brain in the form of electrical currents to modulate the firing of neurons. The system differs from tDCS, tACS, and tRNS systems as it has built-in amplifiers to read and analyze EEG signals. By analyzing the signals and using Deep Learning, the system is able to assist in providing customized currents for treatments that are specific to the brain disorder and individual. Presently, the tKIWI can effectively identify Parkinson’s disease, depression, and will target a number of other disorders in the future.

Device Features

24 channel headset accompanied by tKIWI Device Controller

tKIWI Device Controller can elicit simultaneous low-voltage stimulation and EEG recording for a tailored treatment plan

The headset uses dry electrodes for EEG recording, eliminating the need for gel and excess residue

The tKIWI Device is accompanied by advance patented software for real-time analytics to deliver personalized EEG and stimulation treatment

tKIWI Device Controller

Advancing Technology

Existing DBS devices are primitive and excessively invasive, requiring a lengthy procedure ending in permanent trepanation. No larger than a grain of rice, KIWI is embedded via a minimally-invasive operation into areas of the brain where clinical treatment is required. Neurons readily grow around the device’s carbon nanotube connectors, which deliver the small electrical pulses that are the basis of the effectiveness of DBS.

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