Eye Tracking System for Brain Health Assessment

Diagnostic system for evaluating brain function and neurological status using non-invasive EEG-based brain-computer interface technology. Supports diagnosis of neurological disorders and assessment of cognitive function.

Markerless motion assessment technology that captures objective movement data and biomarkers to screen patients and determine clinical eligibility. Provides high-fidelity movement analysis using proprietary AI and advanced computer vision algorithms.

Diagnostic equipment for evaluating brain function in neurocognitive and rehabilitation medicine applications.

Eye-tracking technology that acquires, records, and analyzes ocular movements to measure visual attention distribution and information processing patterns for research and clinical assessment.

A portable, high-framerate eye-tracking device designed for clinical neurological assessment. The system combines infrared cameras, illuminators, and embedded software to record and analyze eye movements as biomarkers for neurological diseases. CE-marked as a Class IIa medical device in the European Union.

Artificial intelligence-driven diagnostic system that analyzes visual field test data to detect glaucomatous changes and assess disease progression. The platform automatically interprets test results and provides clinical assessment outputs for ophthalmologists.

Eye-tracking system for quantifying neurological biomarkers and supporting early diagnosis of neurological diseases. Enables non-invasive measurement of oculomotor markers in minutes, helping clinicians increase diagnostic certainty and objective patient monitoring. CE-marked Class IIa medical device designed for neurological assessment and disease progression tracking.

Device for detecting and assessing brain function across neurophysiology, cognitive assessment, and rehabilitation applications.

Specialized diagnostic system for recording and analyzing eye movement patterns. Utilized in neurological assessment, vestibular function testing, and neuro-otological evaluation.

AI-powered video analysis technology that measures heart rate through facial video capture. Provides continuous or on-demand heart rate assessment without wearable devices.

AI-powered system that analyzes brain wave and pulse signals to measure stress levels and mental health status. Utilizes electroencephalography (EEG) and photoplethysmography (PPG) biosignal data for objective mental state assessment.

NeuroSwift® Pro is an advanced eye tracking system for vestibular and neurological diagnosis. It provides precise oculomotor measurements to support clinical assessment of balance disorders, vertigo, and neurological conditions. The device integrates comprehensive neuro-otological and ophthalmological diagnostic capabilities for efficient patient evaluation.