Strengthen patient outcomes with personalized eye-movement therapy exercises. Neuromorfix empowers healthcare professionals with three modes: image, video, and augmented reality, to create digital therapies for conditions like TBI, ADHD, neurodegenerative and vestibular disorders, epilepsy, stroke rehabilitation, and more.
Customize therapies to your patient's unique needs
Engage your patients with fun, multi-modal therapies using AR, images, and videos
Get immediate insights from your patients after they complete exercises for accurate tracking and adjustments
We offer the widest range of therapeutic customization to enhance treatment outcomes
Our therapies are evidence-based, having undergone rigorous clinical studies and regulatory review
With just an iPad for patients and a subscription for doctors, our platform is easy to incorporate into any practice
Neuromorfix delivers simple and effective tailored eye exercises to maximize your quality of life
Simply download Neuromorfix on your iPad or Android tablet the App Store or Google Play store and follow a few easy steps to create your account.
During setup, select your clinician so they can begin creating your personalized treatment plan
Through our innovative platform, you can effortlessly track your progress and provide real-time feedback directly to your healthcare provider
Clinically-validated, digital treatments for your patients
Create your clinician account through our web-based admin panel in just a few minutes
Securely add your patients to the dashboard and begin creating personalized therapies
Closely monitor your patients' progress and feedback. This will enable you to make quick, informed adjustments to their therapies throughout their recovery journey.
Studies find that eye-tracking technology can help spot cognitive decline in patients. Doctors alongside other Healthcare Practitioners are using it alongside other tests to check for brain impairments.
This study unveils a method: predicting cognitive impairment via eye-tracking technology. Monitoring eye movements during tasks, merging data with basic patient information, detects early memory issues.
The eye movement tracking algorithm, targeting concussions, detects physiological disruptions post-injury, reducing reliance on baseline tests, potentially setting a gold standard in brain injury detection.