The startup develops machine vision technology that transmits visual codes directly to the brain, bypassing damaged retinas to restore sight to the blind. This technology also enables users to navigate, avoid collisions, and recognize objects and faces, enhancing their ability to perform daily tasks independently.
Funding
Funding not disclosed
Founders
Product
Problem
Current treatments for blindness often fall short of fully restoring functional vision, especially in cases where the retina is severely damaged. Many individuals with retinal degeneration lack effective solutions for navigating environments and performing everyday tasks independently.
Solution
The company is developing a machine vision system designed to bypass damaged retinas and directly stimulate the brain's visual cortex. This neurotechnology aims to restore a functional form of sight, enabling users to perceive visual information even with significant retinal impairment. The system translates visual data into a code that the brain can interpret, allowing users to navigate unfamiliar environments, avoid obstacles, and recognize objects and faces. By providing a direct interface to the brain, the technology offers a potential pathway to restore lost vision and improve independence for individuals with severe vision loss.
Target Audience
The primary target audience includes individuals with severe retinal damage or degenerative eye diseases who have limited or no functional vision.
Features
- Machine vision algorithms that convert visual scenes into brain-interpretable code
- Wireless transmission of visual information directly to the visual cortex
- Real-time object and facial recognition capabilities
- Navigation assistance for obstacle avoidance and pathfinding