Abstract

The Hypershell Omega exoskeleton is a breakthrough in biotechnology, enhancing outdoor experiences for all age groups by amplifying agility and movement efficiency. This exoskeleton, distinct from medical applications, incorporates AI-integrated knee motors to improve user mobility during hiking. Enhanced stability, especially beneficial for rugged terrains, potentially enhances safety. Factors impacting accessibility, such as employment, disability, and Indigenous status are explored, with varied ethical considerations. The intersection of disability and socioeconomic status highlights potential barriers, while geographical isolation in Indigenous communities calls for targeted marketing. Emerging research suggests expanding future applications to more diverse demographics, but psychological factors and funding biases may act as limitations.

Full Text
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