Eyedaptic
Eyedaptic is dedicated to enhancing vision and revitalizing life for individuals with retinal diseases such as Age-Related Macular Degeneration (AMD) and Diabetic Retinopathy through innovative augmented reality (AR) smart glasses. Their mission is to provide life-changing independence and improve the quality of life for those affected by low vision conditions by developing software-driven, non-invasive visual aids that simulate natural vision and optimize peripheral vision.
Industries
Nr. of Employees
small (1-50)
Products
Self-contained wearable AR visual aid (battery-powered)
A hands-free wearable visual aid with embedded camera, local image processing, integrated display and onboard batteries for several hours of untethered use.
Tethered wearable AR visual aid with handheld magnifier mode
A lightweight wearable device tethered to a companion phone that enables both wearable AR and a handheld magnifier use case, with phone-based battery charging and tethered controls.
Accessories package (external power, remote control, carry bag)
Accessory bundle that includes an external power adapter for extended runtime, a handheld remote controller, and a carry bag for transport and storage.
Self-contained wearable AR visual aid (battery-powered)
A hands-free wearable visual aid with embedded camera, local image processing, integrated display and onboard batteries for several hours of untethered use.
Tethered wearable AR visual aid with handheld magnifier mode
A lightweight wearable device tethered to a companion phone that enables both wearable AR and a handheld magnifier use case, with phone-based battery charging and tethered controls.
Accessories package (external power, remote control, carry bag)
Accessory bundle that includes an external power adapter for extended runtime, a handheld remote controller, and a carry bag for transport and storage.
Services
In-clinic demonstration days
On-site one- or two-day demonstration events where representatives bring devices to a practice, demonstrate functionality to multiple potential users, and support clinician familiarization.
Training and onboarding for new users
Structured training materials, practice sheets, exercises and clinician-facing guidelines to onboard new users and encourage daily device use.
Clinical study support and data sharing
Provision of clinical study materials and outcome data focused on TIADL, visual acuity, and usability to support efficacy claims and practice adoption.
Practice integration resources and technical support
Resources for integrating the device into clinical workflow including recommended practice guidelines, demonstration cheat sheets, and technical notes for features like autofocus and power optimization.
In-clinic demonstration days
On-site one- or two-day demonstration events where representatives bring devices to a practice, demonstrate functionality to multiple potential users, and support clinician familiarization.
Training and onboarding for new users
Structured training materials, practice sheets, exercises and clinician-facing guidelines to onboard new users and encourage daily device use.
Clinical study support and data sharing
Provision of clinical study materials and outcome data focused on TIADL, visual acuity, and usability to support efficacy claims and practice adoption.
Practice integration resources and technical support
Resources for integrating the device into clinical workflow including recommended practice guidelines, demonstration cheat sheets, and technical notes for features like autofocus and power optimization.
Expertise Areas
- Low-vision assistive device development
- Augmented reality software for medical devices
- Clinical study design and outcomes measurement in ophthalmology
- Human factors and usability testing for wearable aids
Key Technologies
- Augmented reality (AR)
- Artificial intelligence (AI)-driven image processing
- Embedded camera capture
- Real-time video processing and re-display