Early Detection = More Effective Interventions

We’ve created a proprietary system using novel AI algorithms to analyze brain function during sleep.

Your Brain Age might be different from your chronological age. The NeuroInsight Assessment compares your brain function against a cohort of your age/gender.

Distribution of Brain Ages for 43 year old women

Clinical Grade Data Collection:  The sleep headband collects clinical-grade EEG, PPG/Pulse Ox, accelerometer data.

Proprietary Biomarkers: Proprietary algorithms convert raw data into 50+ brain health biomarkers.

Large References Dataset:  Profile biomarkers against large database of cognitively healthy adults to determine the Brain Age most consistent with your neurophysiology.

NeuroInsight™ Report: As an objective measure of neural function, the NeuroInsight Report is an important decision support tool for clinicians to use in combination with the patient’s history, physical exam and other risk factors to assess brain health and determine an action plan, if needed.

 

Early Detection

Early detection of changes in brain function is critical because it allows for timely interventions. Monitoring neurophysiology annually detects changes in neural function decades before symptoms occur.

  

Objective Metrics

Our sophisticated biometric sensors and AI algorithms convert raw data into 50+ brain health biomarkers. Brain Health is determined by comparing a patient’s neurophysiology to an established reference range by age and gender.

Easy & Safe

Validated in several university-based studies, our headband is designed for comfort, ease of use. and clinical grade biosensor data acquisition.

 

How It Works

A NeuroInsight Assessment is available through your physician and the process is simple.

The physician recommends the test. The patient orders the kit and it is shipped directly to the patient. The patient wears it for 4 nights and ships it back. The report is generated and sent to the physician who reviews the findings with the patient.

Monitor brain health annually to detect changes in neural function.