EEG headset

Our technology

Our portable EEG headset is a culmination of four years of R&D. It houses patent-pending breakthroughs both in EEG hardware design, as well as state-of-the-art AI for signal denoising and data interpretation.
We are currently focusing on building a complete brain activity end-to-end stack, spanning: Data Collection, Standardization, Insights, and API Access.

I. Groundbreaking Hardware Design

The most advanced EEG headset to date renders automated and reliable data collection possible.

II. Unprecedented Data Algorithms

Highly precise signal localization provides repeatable data that can be mined for scalable analysis.

III. Transformative EEG Insights

Machine Learning pattern matches across petabytes of data to deliver brain activity insights.

IV. Robust Developer Platform

Access to an API, cloud infrastructure, compliance and developer tools.

From EEG data collection to API

Creating a brain infrastructure end-to-end stack required us to start with the bare basics: Rethinking how brain activity data is acquired.
While EEG dates back to the late 19th century, it saw very little innovation that made it relevant to interpreting brain activity. Our first priority was to bring brain monitoring technology into the 21st century.

Breakthrough Data Collection & Interpretation

1-Click Automatic Fit, for fast and easy setup.

20x the amount of sensors for high-resolution, full head coverage.

Automatic sensor calibration for superior reproducible signals.

Signal fusing for automatic labeling of physiological states.

Standardized brain activity big-data for scalable machine learning.

AI-powered models for human behavior.

EEG headset

Data Collection

Performing an EEG measurement today is a complicated task even for a professional technician, and a particularly uncomfortable experience for the subject. These facts impact the ability to 1) collect brain activity data at scale, and 2) do so reliably.

Our team began by reimagining EEG hardware from the subject's perspective. What would make an EEG exam as easy as getting weighed? Our solution is a portable headset that features a first-of-its-kind feature: 1-Click Donning — for automatic and seamless sensor-fit.

Our headset also has the shortest setup time, compared to all other EEG headsets.  To make the experience even more comfortable for the subject, we use dry electrodes, doing away with the hassle associated with using conductive gel.

Unprecedented high-resolution full-head coverage is delivered thanks to 460 sensors (more than 20x the number of sensors — compared to other EEG devices). Actuators control sensor movement rotation, vibration, and depth to ensure robust attachment and the maintaining of high-quality signal, which results in stable and seamless data collection.

EEG headset

Data Collection

EEG headset

Performing an EEG measurement today is a complicated task even for a professional technician, and a particularly uncomfortable experience for the subject. These facts impact the ability to 1) collect brain activity data at scale, and 2) do so reliably.

Our team began by reimagining EEG hardware from the subject's perspective. What would make an EEG exam as easy as getting weighed? Our solution is a portable headset that features a first-of-its-kind feature: 1-Click Donning — for automatic and seamless sensor-fit.

EEG headset

Our headset also has the shortest setup time, compared to all other EEG headsets.  To make the experience even more comfortable for the subject, we use dry electrodes, doing away with the hassle associated with using conductive gel.

Unprecedented high-resolution full-head coverage is delivered thanks to 460 sensors (more than 20x the number of sensors — compared to other EEG devices). Actuators control sensor movement rotation, vibration, and depth to ensure robust attachment and the maintaining of high-quality signal, which results in stable and seamless data collection.

EEG headset

Data Standardization

Even when using current state-of-the-art hardware, EEG data is noisy and extremely variable. Data variability exists both between subjects and within subjects in different tasks and timing. Sensor placement, subject demographics, the subject’s mindset when entering the exam, as well as noise, all have a detrimental effect on the viability of the collected data when used for ML purposes.

Our data standardization technology enables automated and scalable ML in three ways:

1) It does away with varying sensor placement relative to subjects’ heads.

2) It negates the effect of operator skill — providing optimal data results.

3) It provides continuous monitoring of signal quality during data collection that precludes loss of signal due to head movements.

Using our patent-pending models, during data acquisition we not only co-register the sensor array to the subject’s head, but through functional mapping are able to reconstruct individual brain structure. This allows us to achieve never before achieved source localization, thereby transforming data into a common space.

Brain Activity Insights

After we collect a subject’s unique brain activity pattern data, we begin making sense of it. Using Machine Learning models combined with fully controlled VR experiences, we monitor the subject’s cognitive and mental states across a variety of situations, while performing crucial data labeling.
Converting brain patterns to the “Latent Space of the Mind”, a compressed representation of brain activity that acts like a map, allows us to make sense of different human behaviors, for example, mood, cognitive load, fatigue and more – a quantum leap from attempting to explain behavior via external observations.
Brain Activity Insights
API Access

API Access

The final step in achieving our vision is to provide developers the ability to access brain activity much in the same way they currently integrate fitness and geolocation data.
Our comprehensive developer platform will span the APIs, cloud infrastructure, compliance and developer tools needed to build robust brain activity applications easily and quickly.