This company develops an AI-powered mobility platform combining gait analysis and assistance for neurological gait disorders. REEV SENSE uses connected wearable sensors to provide precision gait biomarker assessment for clinicians. DREEVEN then utilizes this personalized data to power a motorized knee orthosis for enhanced patient mobility assistance.
Funding
$3.4M 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.
INTFFounders
Product
Problem
Individuals with neurological gait disorders, such as those resulting from strokes, multiple sclerosis, or paraplegia, often face significant challenges in regaining and maintaining independent mobility. Current solutions may be cumbersome, lack personalization, or fail to provide sufficient assistance for daily activities.
Solution
REEV develops AI-powered wearable robotics, including the DREEVEN motorized knee brace and REEV SENSE gait analysis system, designed to restore mobility and enhance independence for individuals with gait disorders. REEV SENSE employs wearable sensors and AI to quickly assess a patient's mobility, providing detailed gait analysis and personalized data. This data is then used to customize the motor control of the DREEVEN brace, offering precise assistance tailored to the patient's specific needs. The DREEVEN brace provides motorized assistance, reducing the effort required for walking, standing, and navigating stairs, thereby improving daily mobility and quality of life.
Target Audience
The primary target audience includes individuals with neurological gait disorders resulting from conditions like strokes, multiple sclerosis, and paraplegia, as well as healthcare professionals such as orthotists and physical therapists.
Features
- **REEV SENSE:**
- Wearable sensors that attach to shoes or legs for easy gait assessment.
- AI-powered analysis providing gait biomarkers and progress monitoring.
- Mobile application for visualizing gait data and tracking patient progress.
- Dynamic speed and cadence tracking for evaluating gait efficiency.
- Advanced stride analysis for assessing balance and coordination.
- Balance and symmetry metrics to identify fall risks and gait asymmetries.
- **DREEVEN:**
- Lightweight motorization for medical orthoses.
- AI algorithms for personalized assistance in walking and standing.
- Facilitates daily movements at home or outdoors.
- Battery life of approximately 5 hours.