Ski-Mojo / Ski Mojo
Official evidence describes Ski~Mojo as a skiing exoskeleton for knees and endurance, with purchasing and support pages. Keep as a sport/consumer lower-limb draft company.
AstroShell
Official evidence describes AstroShell Alpha 1 as a wearable powered leg exoskeleton for hiking and walking performance, with rental/trial positioning. Keep as a consumer/sport draft company pending final human review.
Corset Saint-Francis
Official evidence describes TEOS as a dynamic lumbar belt/exoskeleton with pain-relief, physical-work and workplace use cases. Keep as a back-support draft company; confirm exact clinical and industrial positioning before import.
Navee
The user-supplied official Navee page links the company to Navee Exo S Pro. Keep as a consumer/sport mobility-assistance draft company, and verify final product claims before product-page planning.
Onerzia
Official evidence describes OnFlowUs as a passive, lightweight sports exoskeleton for elite athletes. Body-area details were not clear in the existing evidence, so leave body area unknown pending product review.
Smartex
Smartex develops innovative ‘smart textiles’ that integrate physiological sensors (ECG, breathing, movement) directly into garments. Their technology is a key ‘enabling tool’ for the soft exosuit and wearable robotics industry, providing the sensing layer required for monitoring user status and device control. They focus on textile-based biofeedback for health, sports, and industrial safety.
AnyBody Technology
AnyBody Technology develops the AnyBody Modeling System, the world’s most advanced software for musculoskeletal simulation. Their technology allows researchers to create digital twins of the human body and simulate the physical interaction with wearable robotic devices. It is used by the exoskeleton industry to optimize design, predict muscle force reduction, and evaluate ergonomic impact before […]
IRMO Global
IRMO Global develops high-tech consumer and sports exoskeletons. Their primary product, the IRMO M1, is a lightweight AI-powered leg exoskeleton that uses visual perception (Camera + LADAR) to adapt support to varying terrain in real-time. Designed for hikers and outdoor enthusiasts, it provides powered knee assistance to reduce fatigue and impact during treks and descents.
AUXSYS
AUXSYS develops powered full-body exoskeletons designed for holistic human augmentation. Their technology aims to support the wearer in a variety of high-load tasks in industry, construction, and defense. They focus on active systems that can handle overloads and reduce fatigue across multiple body regions through integrated motorized assistance.
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.