Abstract
The WIM exoskeleton presents an innovative, lightweight, and easily wearable solution that elevates user walking experiences. With its assist mode features, WIM has been shown to reduce the energy required to walk, while its exercise mode produces resistance forces that intensify walking or running workouts. Social determinants of health such as economic stability and community support, however, impact the widespread use and accessibility of the exoskeleton. The intersections of gender, religion, and geopolitical factors further impact accessibility. In the future, WIM may be used for industrial and/or rescue workers to enhance productivity and prevent injury. Limitations of the device suggest that further comprehensive studies are essential prior to the widespread use of WIM.
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