This company develops Kinebot, an intelligent rehabilitation platform that integrates artificial intelligence and robotics to enhance patient movement recovery. The platform provides precise stimuli, captures movement data, and centralizes information for medical professionals. Kinebot aims to increase session efficiency, productivity for kinesiologists, and democratize access to advanced physical rehabilitation technology.
Funding
Funding not disclosed
Founders
Product
Problem
A significant portion of the population requiring movement rehabilitation lacks access to advanced therapeutic technologies due to high costs and limited availability. This disparity results in suboptimal recovery outcomes for individuals with conditions such as cerebrovascular accidents, where specialized robotic assistance could substantially improve functional recovery.
Solution
Mothus offers the Kinebot platform, an AI and robotics-powered solution designed to democratize access to high-quality physical rehabilitation. The Kinebot system utilizes an intelligent harness that delivers precise stimuli during therapy sessions and captures detailed patient movement data. This data is centrally processed, providing clinicians with actionable insights for diagnosis and treatment planning. By automating data capture and analysis, Kinebot significantly reduces session costs and increases the efficiency of rehabilitation clinics, enabling a greater number of patients to receive advanced care.
Target Audience
The primary target audience includes rehabilitation clinics, hospitals, and physical therapy centers seeking to enhance their service offerings with advanced robotic and AI technologies, as well as patients requiring movement rehabilitation.
Features
- AI and robotics-powered rehabilitation harness for precise patient movement stimuli and data acquisition.
- Centralized data processing platform for comprehensive patient analytics and longitudinal tracking.
- Machine learning algorithms to inform clinical diagnosis and personalize rehabilitation plans.
- Automated data capture and analysis to reduce manual workload for kinesiologists.
- Enhanced session intensity, with the capacity for up to 2000 steps per session compared to conventional therapy.
- Cost reduction of up to 90% per rehabilitation session.
- Increased clinic productivity and professional efficiency through automation.
- Secure data transmission and storage for patient information.