GaitBetter
GaitBetter develops an add-on system that transforms any standard treadmill into a motor-cognitive training platform. The system uses VR and motion sensors to provide real-time cognitive challenges and gait feedback, designed to improve executive function and reduce fall risk in neurological and geriatric patients. While not a wearable exoskeleton, it is a primary clinical robotic […]
Kinestica
Kinestica develops medical devices for the rehabilitation of patients with neuromotor disorders. Their product line includes BiMeo, a sensor-based system for active-assisted and bimanual upper-limb training, and Equio, an all-in-one balance rehabilitation platform. They combine motion-capture technology with gamified software to improve functional recovery and clinical assessment outcomes.
H Robotics
H Robotics develops smart rehabilitation devices for clinic and home use. Their flagship product, rebless, is a portable robotic device for upper and lower limb rehabilitation, focusing on elbow, wrist, knee, and ankle joints. The system provides passive, active-assisted, and active exercise modes, integrated with a tele-rehab platform for remote clinical monitoring.
AIT Austrian Institute of Technology
AIT is Austria’s largest research and technology organization. Their Center for Vision, Automation & Control conducts R&D into wearable robotics, focused on industrial efficiency and health. They engage in the development and validation of exoskeleton systems for manufacturing and logistics, emphasizing sensor-based assistance and safe human-robot interaction.
Fraunhofer Exoskeleton Lab
Fraunhofer, through institutes like IML (Logistics) and IZM (Microintegration), operates an Exoskeleton Lab dedicated to the research and evaluation of wearable robotics. They provide industrial companies with neutral performance assessments, site-specific ergonomic analyses, and technology development services. They focus on back-support and overhead-relief systems for operational logistics and production environments.
unhindr
unhindr develops ‘wearable robotics’ intended to bridge the gap between prosthetics and assistive devices. Their technology focuses on advanced material science and AI-driven control to provide seamless assistance for individuals with limb impairments. They utilize smart materials and adaptive algorithms to enhance functional mobility and comfort in wearable robotic applications.
Neurolutions
Neurolutions specializes in neuro-rehabilitation technology utilizing Brain-Computer Interfaces (BCI). Their primary product, IpsiHand, is an FDA-approved system for chronic stroke rehabilitation. It consists of a wearable EEG headset and a robotic handpiece; the system detects movement intentions from the healthy side of the brain and translates them into physical assistance at the hand, aiming to […]
Skip
Skip, a spin-off from the Google ‘X’ lab, develops the MO/GO (Mountain Goat), a pair of powered pants designed to assist with uphill walking and hiking. The system features lightweight motors at the knee and carbon fiber cuffs integrated into the apparel, providing a reported 40% boost to the quads and hamstrings. It is designed […]
Techvantage
Techvantage develops data-driven solutions for various sectors, including healthcare. Their wearable robotics initiatives focus on gait analysis and powered assistance for patients with mobility limitations. They aim to leverage AI and sensor data to provide personalized rehabilitation and monitoring systems.
GoX Studio
GoX Studio develops ‘Smart Wearables’ that combine sensors with biomechanical modeling to prevent workplace injuries and enhance athletic performance. Their systems analyze movement data to provide insights into ergonomic risk and fatigue, functioning as a data-driven wearable robotics platform. They focus on protecting the ‘Industrial Athlete’ through real-time monitoring and soft support.