Smart Vision Assistance Glasses

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

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.

Augmented reality surgical glasses designed for orthopedic and neurosurgery applications. These glasses provide real-time surgical guidance and visualization to surgeons during procedures, allowing them to focus more on the surgical field while receiving precise navigation information.

Wearable augmented reality glasses designed for surgical visualization, enabling real-time overlay of patient imaging data and navigation information within the surgeon's direct field of view. The device supports improved surgical accuracy and workflow efficiency by eliminating the need for external monitor interpretation during procedures.

Non-invasive wearable glasses using light-based neuroscience therapy to support cognitive wellness, focus, and sleep management. Designed for individuals at risk of cognitive decline and dementia, the device delivers consistent light stimulation requiring minimal daily use. Safe for adults and children with adjustable brightness settings and no significant adverse effects.

Communication aids with eye tracking technology, providing an alternative for individuals with motor limitations that make touchscreen selection difficult. Eye control systems deliver maximum performance even with uncontrollable head movements, challenging lighting conditions, and when wearing glasses or contact lenses. The entire device can be controlled with the eyes, including communication software, screen keyboards, office and internet applications, and environmental control systems.

Light binocular augmented reality glasses with integrated cameras and sensors designed for use in the TeleAssist telepresence system. The headset enables users to see and record procedures from the surgeon's perspective while providing see-through AR visualization for non-obstructive viewing.

A vision-based testing and training system for assessing visual function and hand-eye coordination. This device enables measurement and training of dynamic vision capabilities and visual reaction performance.

Intelligent wearable goggle technology integrating infrared eye tracking and head position monitoring for comprehensive vestibular and oculomotor assessment in clinical and research applications.

Electronic assistive devices designed for blind and severely visually impaired individuals to enhance independence and accessibility in daily activities and work environments.

Smart assistive devices incorporating advanced technology for enhanced patient care, mobility support, and rehabilitation outcomes.

A revolutionary shoe-mounted haptic navigation system designed for people who are blind or visually impaired. The system uses motion sensors embedded in devices attached to both shoes to detect user orientation and communicate directional guidance through intuitive vibration patterns. Users receive haptic cues through their feet—such as vibrations on both feet to confirm correct direction or pulses on one foot to indicate turns—while a smartphone app provides advanced navigation features including route customization, AI-powered suggestions, and accessibility-first design with full screen reader compatibility. The system eliminates the need to split attention between voice navigation and environmental sounds, allowing users to focus entirely on situational awareness.