Why Neurable

Neurable's vision is to make technology universally accessible, intuitive and empowering through advanced applications of neurotechnology.

Better Signals, 
Less Noise

ML-driven signal processing gives us clearer signals than anyone else.

Form Factor

Due to these clear signals, we can use less electrodes and deliver a consumer-viable form factor.

Dry Electrodes

Our signals processing capabilities enable us to deliver high-performance even with dry electrodes.



Translating brain signals into practical insights

Neurable’s software uses machine learning to measure and classify EEG signals in real time. By combining our proprietary algorithms with deep neuroscience knowledge, Neurable achieves levels of performance that far exceed the current state-of-the-art for detecting brain activity.

Our NeuroSelect SDK enables natural and intuitive user interactions by translating control signals from the brain into human intent. Today, Neurable's software controls VR, AR, and XR environments. In the future, we will enable hands-free, voice-free control of mobile devices.

Our NeuroInsight SDK delivers raw data and cognitive insights, which can be used to build apps to tailor experiences to a user’s brain state. Today, our software provides tools to measure the efficacy of VR simulation training for industrial and military applications. In the future, consumers will have access to their own brain data, like other wearable devices help to track our heart rate and count steps.


Non-invasive, easy-to-use hardware

Neurable’s devices are non-invasive, quick to set up, and easy to use. Our DK1 is a VR-compatible brain-sensing device with 6 dry EEG sensors. It has >90% correlation with wet EEG systems and includes continuous impedance and signal quality monitoring.

Our software is also compatible with any Wearable Sensing device (or any EEG system that streams data using LSL). 

Our software tools enable easy integration with Unity, C++, and C# environments. We also offer data export capabilities and a web portal for 3D data visualization and post-session analysis.


6 Dry-EEG Sensors with 2-stage amplification

>90% Correlation with Wet EEG System

Supports Tobii Eye-Tracking

The Science

Neurable detects electrical brain signals using non-invasive electroencephalography (EEG) techniques, and provides software tools to interpret those signals for use in a variety of applications. 

Each time one of the 100 billion neurons in your brain activates, it generates an electrical signal. EEG sensors detect these signals and collect them for analysis.

Neurable uses wearable dry-EEG devices that do not require gel (or invasive surgical procedures to implant sensors directly in the brain!). Instead, our dry-EEG devices can be setup in a few minutes and provide research-quality EEG signals.

When classified using Neurable's signal processing and machine learning, Brain signals can be used for a variety of control methods from active control to passive affective computing.

Neurable uses Event-Related Potentials for active control. When exposed to a stimulus, the brain's response is predictable. Visual stimulus create P300 signals in the occipital lobe. In Neurable's telekinetic Awakening game, focusing on a flashing object allows you to select it, pick it up, and throw it, using only your mind.

Brain signals are difficult to interpret. Our research team uses signal processing and machine learning techniques to identify which neural features correlate with stress, calm, performance, and other cognitive states, and then turn them into actionable insights.

Neurable's technology is based in scientific research. Our research team of neuroscientists and ML experts build on peer-reviewed academic literature to create scientific experiments and publish results.

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