Clinical EEG helmet
EVA
A 32-channel EEG helmet that covers the whole cortex, with pattern analysis in development.
Every thought is a signal. We make it readable.
NeuroSync Technologies is developing wearable EEG devices and AI software designed to record the brain's electrical activity and turn it into charts a clinician can read and talk through with the patient. They are being developed with anxiety, depression, ADHD, Alzheimer's, Parkinson's and other neurological and mental health conditions in mind.
- δ Delta0.5–4 HzDeep sleep
- θ Theta4–8 HzDrowsiness and memory
- α Alpha8–13 HzRelaxed wakefulness
- β Beta13–30 HzActive thinking
- γ Gamma30+ HzIntegration and attention
How a brain signal becomes something a clinician can use
All of our devices are being built on one pipeline. The hardware records the signal, our software looks for patterns in it, and the result is a visual summary to review instead of a wall of raw waveforms.
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Capture the signal
Dry and cushion electrodes record EEG, with HRV and near-infrared sensing on VRX-3.
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Clean it up
Filters strip out noise and movement artifacts so the brain's own activity stays in view.
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Map the activity
Activity is mapped by brain region and frequency band as it is recorded.
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Flag it for review
Our models are designed to find patterns in the cleaned-up signal and flag them for review.
Near term
Three wearables in development
Each one is designed to record EEG in a different setting: a clinic, a guided VR session, and everyday life.
EEG and HRV VR headset
VRX-3
A VR headset being developed to adapt guided sessions to the wearer's brain and heart signals.
Everyday EEG headphones
NEURO-X1
EEG sensors built into a pair of headphones, reading the frontal and temporal regions.
EVA · Clinical EEG helmet: 32 channels across the whole cortex
EVA is being developed to record every major brainwave band across the cortex and show them in a live spectral view, with the aim of making changes in those rhythms easier to spot. It is designed to show recordings next to brain imaging in the same view and to flag patterns for review.
- Form
- EEG helmet
- Channels
- 32
- Coverage
- Whole cortex, all major frequency bands
- Output
- Designed for a live spectral view, with flagged patterns for review
- Status
- Near-term product in development. Not yet cleared for clinical use.
VRX-3 · EEG and HRV VR headset: A VR headset that responds to its wearer
VRX-3 is being developed to track EEG and heart-rate variability during guided VR sessions. What the wearer sees is designed to change based on those readings, so the session adjusts as it goes.
- Form
- VR headset
- Sensors
- EEG at Fp1, Fp2 and Cz; near-infrared (NIRS) over the prefrontal cortex; HRV contacts in the face cushion
- Feedback
- Designed to adapt session content to the readings in real time
- Status
- Near-term product in development. Not yet cleared for clinical use.
NEURO-X1 · EEG headphones: Brain monitoring you would actually wear
NEURO-X1 is being developed to put EEG sensors into a pair of headphones. It is designed to read the frontal and temporal regions and turn the results into trend charts the wearer can go through with their clinician or researcher.
- Form
- Headphones
- Sensing
- EEG over the frontal and temporal regions
- Output
- Designed to show trends over days or weeks, for review with a clinician or researcher
- Status
- Near-term product in development. Not yet cleared for clinical use.
Under development
Two research programs
Alongside the wearables, NeuroSync runs two early-stage research programs. Both programs are under development.
Research program · Under development
V3 flexible electrode array
A thin, flexible electrode array designed to give researchers a far finer map of brain activity than scalp EEG can provide. Its design goals are to:
- Rest on the surface of the brain instead of going into it.
- Record from 128 up to 1,048 channels.
- Capture far denser detail than scalp EEG.
- Show where communication between brain regions breaks down.
Research program · Under development
Brain-to-Brain
When people learn or move together, their brain rhythms can line up. We are studying whether this could aid rehabilitation in four steps:
- Record the activity of a guiding brain.
- Decode the pattern behind the skill being retrained.
- Send that pattern to the patient's side.
- Deliver it with targeted neuromodulation.
The people behind NeuroSync
Our board and advisors bring experience from clinical medicine, research, education and healthcare leadership.
Founder and CEO
Syed Refaie
Healthcare executive with 25+ years in research and product development
Board member
A. Kabir Qadri, MD
Board-certified internist
Board member
Shakeel Uddin, MD
Cardiovascular specialist
Advisor
Eric Akin, MD
Board-certified neurosurgeon
Advisor
Cindy Sample Nalepka
Psychosocial educator at George Washington University
Advisor
Michelle McCorry, MS
CEO, All Wellness Alliance
Product and research videos
A short video on each wearable and research program. Pick one below to play it with sound.
Request a briefing
Hospitals, research groups, distributors and investors: tell us what you're working on and we'll set up a call to walk you through the products or the research.
- Emailinfo@neurosynclabs.net
- Phone+1 (832) 451-8499
- Address22999 Hwy 59, Kingwood, Texas 77339