NeuroSwift Video Frenzel and Ocular Motility Control

Diagnostic system using video technology to record and analyze eye movements and nystagmus for vestibular and neurological assessment.

A portable, CE-marked class IIa medical device designed for clinical eye movement recording and analysis. The system uses two infrared cameras recording at 400 fps to capture eye movements without patient calibration. Proprietary AI algorithms compute objective biomarkers displayed alongside reference ranges to support differential diagnosis of neurological disorders, particularly atypical parkinsonian syndromes and cerebellar dysfunction. The examination takes approximately 10 minutes and results can be interpreted with eye movement timecourses and video recordings.

Smartphone-based eye movement recording goggles enabling fast and flexible vestibular assessments at the bedside, in clinical settings, or during mobile examinations. Provides portable vestibular diagnostic capability.

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.

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.

Mobile eye tracking goggle system enabling fast and flexible vestibular assessments at bedside, in clinic, or during patient mobility with real-time eye movement recording capabilities.

Advanced eye-movement tracking and analysis system for detecting nystagmus and assessing vestibular function during diagnostic testing. Provides real-time video recording and quantitative analysis of ocular movements to support accurate vestibular disorder diagnosis.

A cloud-based, AI-powered online visual field testing platform for glaucoma detection and monitoring. The platform enables hospital-grade visual field testing on standard computers or tablets without requiring specialized hardware. It uses AI webcam monitoring to track head position and gaze, generates detailed visual field maps comparing sensitivity to age-matched normal data, and is accessible via web browsers for convenient testing in clinical and remote settings.

AI-powered eye tracking system utilizing next-generation hardware and deep learning algorithms to precisely record and analyze ocular movement trajectories for brain health and cognitive function evaluation.

eVNG USB is a video nystagmography system for detecting and analyzing eye movement disorders related to vestibular and neurological conditions. The device captures high-speed infrared eye tracking to diagnose nystagmus, vertigo, and balance disorders in clinical and research settings. USB connectivity enables seamless integration with diagnostic workstations for real-time analysis and documentation.

Comprehensive neural recording and analysis system for neurological disorder assessment and monitoring. Provides objective neurophysiological biomarkers for diagnosis and treatment response evaluation.

Ultra-high resolution visual system with depth camera integrated with advanced AI deep learning algorithms for quantitative assessment of motor function in neurological disease evaluation.