Era Ophthalmica offers a biofeedback vision therapy platform to retrain the eyes and brain for individuals with central vision loss. Their system identifies an Optimal Vision Point (OVP) and provides personalized, at-home exercises to improve functional vision for tasks like reading and navigation.
Funding
Funding not disclosed
Founders
Product
Problem
Patients with central vision loss experience significant functional impairment, including difficulty recognizing faces, reading, and navigating their environment. The brain's compensatory use of peripheral vision often results in unstable visual input, hindering daily activities and reducing quality of life.
Solution
Era Ophthalmica provides a biofeedback vision therapy platform designed to retrain the eyes and brain for individuals with central vision loss. The system identifies an Optimal Vision Point (OVP), which is the most effective residual retinal area for visual input. Through personalized, at-home biofeedback exercises, patients learn to utilize their OVP, enhancing functional vision for tasks such as reading and spatial navigation. Clinicians monitor patient progress and adapt training protocols via a cloud-based network, ensuring a data-driven approach to vision rehabilitation.
Target Audience
The primary customers are eye care practitioners, including optometrists and ophthalmologists, who seek to offer specialized vision rehabilitation services. Patients with central vision loss are the end-users of the therapy.
Features
- **ERA Clinic:** A diagnostic tool for identifying a patient's Optimal Vision Point (OVP) and assessing eccentric reading acuity.
- **ERA at Home:** A biofeedback training device that provides real-time feedback on eye movements and fixation accuracy to optimize OVP utilization.
- **Personalized Training Programs:** Tailored exercises designed to strengthen neural connections and improve functional vision based on individual OVP capabilities.
- **Cloud Network:** A secure platform for clinicians to monitor patient progress, analyze performance data, and adjust training regimens.
- **Ocular Motor Control Training:** Focuses on improving fixation stability and visual tracking through targeted biofeedback exercises.
- **Support for Multiple Retinal Pathologies:** Applicable to conditions such as Age-Related Macular Degeneration (AMD), Lazy Eye, Stargardt disease, and other macular dystrophies.