Hurotics develops the H‑Medi wearable exosuit, a lightweight, clothing‑like robot that provides biomechanically aligned assistance for extension and flexion movements using bio‑inspired tendon‑driven actuation and variable‑elasticity ligament mechanisms. On‑device AI delivers real‑time gait analysis and just‑in‑time support, while cloud‑based deep‑learning analytics generate personalized performance evaluations and training recommendations for clinicians and patients.
Funding
$2.6M 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.
1OFounders
Product
Problem
Traditional gait rehabilitation relies on heavy, stationary robotic devices and extensive clinical supervision, limiting patient mobility and continuous support outside the clinic. This restricts the ability to provide personalized, real-time assistance during daily activities, slowing recovery and reducing functional outcomes.
Solution
Hurotics offers the H‑Medi wearable exosuit, a lightweight, clothing‑like robot that delivers biomechanically aligned assistance for extension and flexion movements. The suit uses bio‑inspired tendon‑driven actuation and variable‑elasticity ligament‑mimicking mechanisms to provide dynamic, situation‑specific support that mirrors natural muscle and ligament behavior. On‑device AI performs real‑time motion analysis with minimal sensors, enabling just‑in‑time assistance that adapts to the user’s gait cycle. Collected motion data are uploaded to a cloud platform where deep‑learning models and digital‑twin diagnostics generate detailed performance evaluations and personalized training recommendations. The integrated AeroBind apparel technology ensures comfort for all‑day wear, allowing users to train and move independently while clinicians monitor progress remotely.
Target Audience
Primary customers are rehabilitation clinics, hospitals, and physiotherapy practitioners seeking wearable solutions for gait training, as well as patients with mobility impairments who require continuous, personalized assistance during everyday activities.
Features
- Tendon‑driven actuation that mimics muscle contraction for high‑force, low‑weight assistance
- Variable‑elasticity ligament‑inspired components that adjust support in real time based on movement demands
- Ultra‑light on‑device AI for continuous gait analysis and just‑in‑time assistance with minimal sensor footprint
- Cloud‑based deep‑learning analytics and digital‑twin modeling for individualized diagnosis, performance tracking, and training guidance
- AeroBind apparel construction providing clothing‑like comfort and ergonomic coupling for unrestricted daily wear
- Real‑time data transmission to clinicians via a secure dashboard for remote monitoring and intervention