Myelin-H is developing a brain-computer interface that combines cognitive games and visor-like sensors to enable remote monitoring and real-time neuro-rehabilitation for patients with brain disorders. This technology provides personalized neurotherapeutic programs and clinical insights, addressing the need for effective management of conditions such as multiple sclerosis.
Funding
$1.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Patients with brain disorders, such as multiple sclerosis, often lack access to effective remote monitoring solutions, hindering timely and personalized treatment adjustments. The absence of continuous, real-time insights into neurological functioning can lead to delayed interventions and disease progression.
Solution
Myelin-H develops a brain-computer interface that combines cognitive games, visor-like sensors, and AI to enable remote brain health assessment and neurorehabilitation. The system captures brain activity non-invasively through a specially designed headset while patients engage in cognitive games. Advanced machine learning algorithms analyze brain patterns, translating the data into digital biomarkers that provide insights into treatment responsiveness, disease progression, and potential relapses. Clinicians access these insights via a mobile clinical dashboard, facilitating informed decision-making and personalized neurotherapeutic programs.
Target Audience
The primary target audience includes clinical doctors and pharmaceutical companies seeking to monitor the impact of drugs in clinical trials on brain function, as well as MS patients and astronauts.
Features
- Brain-computer interface sensor (CE marked and FDA approved) for non-invasive brain activity capture
- Visor-like sensor helmet with built-in sensors for capturing brain activity during cognitive games
- Cognitive games designed to stimulate specific brain functions, such as attention and memory
- Advanced AI algorithms trained on neural networks to detect specific patterns in the brain's visual cortex
- Real-time translation of brain activity data into digital biomarkers
- Mobile clinical dashboard for accessing medical reports with data insights
- Open-source software of foundational research to facilitate collaboration
- Technology applicable to monitoring the effects of space radiation on astronauts