CortiVision develops mobile, high-density functional near-infrared spectroscopy (fNIRS) systems designed to measure brain activity in naturalistic and constrained environments. The company’s technology enables monitoring of cortical oxygenation dynamics outside traditional neuroimaging laboratories. Its platforms are engineered for portability and robustness, supporting use in diverse settings ranging from research labs to extreme environments. CortiVision positions its systems within neuroscience research and applied neuroimaging contexts.

The technology measures changes in oxygenated and deoxygenated hemoglobin to infer neural activity across multiple cortical regions simultaneously. High-density sensor configurations allow for improved spatial resolution compared to conventional portable fNIRS systems. The platform supports multimodal data integration, enabling synchronization with physiological, behavioral, or environmental signals. It also enables hyperscanning, allowing simultaneous recording from multiple individuals to study social and interactive neural dynamics.

CortiVision targets academic research, applied neuroscience, and specialized operational environments where traditional imaging tools are impractical. The systems are intended for use by researchers studying cognition, performance, and brain function in real-world or constrained conditions. Its focus on mobility and multimodal capability reflects growing demand for neuroimaging tools that extend beyond fixed laboratory settings.