Introducing

Loop ONE

We are creating the unified platform for brain treatment, recovery, and augmentation, starting with epilepsy treatment
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The first ever kid-friendly non-invasive seizure suppressing device.

The ONE headband uses electrodes which monitor neuron activity in different lobes of the user's brain. Machine-learning algorithms accurately classify this activity as seizure or non-seizure. With ultrasound transducers in the headband stimulate the affected neurons, stopping the seizure in its path.
10+
source-detector pairs
750kHz
active frequency
200 Hz
sampling frequency
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Epilepsy-first treatment and Transcranial Ultrasound Stimulation

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Our ergonomic design allows for user specific areas. Kid users collect points the more they wear the headband, with which they can receive new covers for their headbands and other awards. Furthermore, whenever a seizure is detected and suppressed, a parent or caregiver is alerted.
150,000
yearly epileptic diagnosis
1
in 26
people are epileptic
470,000
are kids
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Living with epilepsy is stressful... we constantly face problems like stereotypes and completely unpredictable seizures. Having a seizure is a little like … blacking out for a hot minute, and you just kind of forget what you were talking about, what happened during that time. Afterwards it’s like a hole in your memory. It's kinda scary when you know that you can lose consciousness whenever.

Further applications

Coprocessor technology with EEG, Backpropagation and focused ultrasound stimulation has also shown value in the following areas

Attention & Focus
Multitasking and Time Pressure in the Operating Room: Impact on Surgeons' Brain. H.N. Modi, H. Singh, A. Darzi, D.R. Leff
Short-Term Effects of Meditation on Sustained Attention as Measured by TUS. M. Izzetoglu, P.A. Shewokis, K. Tsai, P. Dantoin, K. Sparango, K. Min
Cognitive Load
Load-Dependent Relationships between Frontal TUS Activity and Performance: A Data-Driven PLS Approach. K.L. Meidenbauer, K.W. Choe, C. Cardenas-Iniguez, T.J. Huppert, M.G. Berman
Sensitivity of TUS to cognitive state and load. F. Fishburn, M. Norr, A. Medvedev, C. Vaidya
Capturing individual differences in prefrontal activity with wearable TUS for daily use. T. Nozawa, Y. Miyake
Social Experiences
Real-life creative problem solving in teams: TUS based hyperscanning study. N. Mayseless, G. Hawthorne, A.L. Reiss
Frontal temporal and parietal systems synchronize within and across brains during live eye-to-eye contact. J. Hirsch, X. Zhang, J.A. Noah, Y. Ono
Brain-to-brain synchrony in parent-child dyads and the relationship with emotion regulation revealed by TUS-based hyperscanning. V. Reindl, C. Gerloff, W. Scharke, K. Konrad
Elite Performance
Implementation of TUS for Monitoring Levels of Expertise and Mental Workload. Bunce S.C. et al. (2011)
Changes in neurovascular coupling during cycling exercise measured by multi-distance TUS: a comparison between endurance athletes and physically active controls. O. Seidel, D. Carius, J. Roediger, et al.

Other example areas of interest include:

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