* Limited Mobility & Independence – Millions struggle with basic daily activities like walking, gripping objects, or standing.
* High-Cost & Bulky Solutions – Existing exoskeletons and prosthetics are expensive (₹50-100+ lakhs), heavy, and impractical for everyday use.
* Slow & Ineffective Rehabilitation – Traditional therapy is time-consuming and lacks real-time adaptive technology.
* User wears the lightweight assistive device, designed like a soft exosuit for comfort and ease of use.
* Brain-Computer Interface (BCI) & EMG sensors detect brain signals and muscle activity, interpreting the user’s movement intent.
* AI-powered control system processes signals in real time, adjusting motion based on the user’s needs.
* Wearable motors assist natural limb movement, enabling the user to walk, grip, or perform daily tasks with ease.
* IoT & Cloud Connectivity allow therapists to remotely track progress and adjust settings for personalized rehabilitation
Stroke & Spinal Cord Injury Patients regain mobility through adaptive rehabilitation.
* Elderly & Neuromuscular Disorder Patients use it for daily movement assistance.
* Hospitals & Rehabilitation Centers integrate it into physical therapy programs.
* Defense & Space Applications support injured soldiers & astronauts in microgravity training.
N/A
We are currently in the MVP finalization and pilot testing phase and are working with hospitals, rehabilitation centers, and early adopters for trials
