Smart Goggles Platform

A flexible computer vision technology platform for AI-guided exercising and movement assessments that analyzes 111 data points on the patient's body. It provides real-time feedback and corrective guidance, works on any device with a camera (laptops, tablets, mobile phones), includes a library of 2,000+ exercises and movement variations, and is FDA-listed and CE-marked as a medical device.

Real-time head position tracking system integrated with neuronavigation platform to compensate for patient motion during transcranial magnetic stimulation and focused ultrasound therapy.

brain.space Brain Sensei headset with 115 dry EEG sensors connected to Brain-Cloud platform for real-time cognitive monitoring.

A neuroscience-based brain-controlled video game platform that uses motor visualization training and neurofeedback to enhance athletic performance, aid post-injury recovery, and develop cognitive and tactical skills. The system allows athletes to train motor skills and mental processes without physical movement, helping with return to play readiness, player development, and cognitive assessment.

Intelligent eyewear device for medical professionals enabling hands-free visualization and documentation during procedures. Supports telemedicine, training, and procedural guidance applications.

Wearable assistive technology designed for individuals with visual impairment or blindness. Utilizes advanced computer vision and AI-powered algorithms to provide real-time environmental perception and navigation assistance through auditory and haptic feedback.

Eye control system for electric wheelchairs that enables users to operate their mobility device through eye-tracking technology. This assistive technology provides enhanced independence and control for wheelchair users with limited mobility.

An immersive virtual reality system that uses eye-tracking technology to assess cognitive abilities including attention, abstraction, memory, calculation, and executive function. The system records and analyzes eye movement trajectories in real-time during task execution, enabling precise differentiation between normal cognition, mild cognitive impairment, and dementia, while predicting MMSE and MoCA scores and automatically matching appropriate cognitive rehabilitation training plans using artificial intelligence.

Integrated EEG system designed for simultaneous brain activity monitoring during virtual reality applications, supporting neuroscience research in immersive environments.

Integrates high-precision sensors to accurately identify users' subtle movements and offers gamified rehabilitation training programs. It covers upper limb, lower limb, hand, speech, and cognitive training, precisely replicating rehabilitation therapist techniques and improving user compliance.

Smart augmented reality surgical glasses providing real-time surgical guidance for orthopedic and neurosurgical procedures. The system enhances visualization and precision during surgery, improving surgical outcomes and patient safety through advanced AR overlay technology. FDA 510(k) cleared for intraoperative surgical assistance.

Vision AI-based portable gait analysis device utilizing ultra-wide angle camera with real-time perspective correction technology. Processes 400-500 image frames of video data in approximately 10 seconds using advanced neural processing units for clinical analysis.