Wearable Robots | Science

“…it is realistic to think that we will witness, in the next several years, the development of robust human-robot interfaces to command wearable robotics based on the decoding of a representative part of the neural code of movement in humans. The need for wearable technologies that minimally alter human biomechanics will result in a transition from rigid wearable robots to soft exosuits such as the one reported by Kim et al., and, eventually, to implantable neuroprostheses that can influence or
assist human movement. The need for preserving human neuromechanics while using assistive technology will likely lead to implantable and networked recording and stimulation neuroprostheses. Such devices would implement effective interfaces to decode the wearer’s movement intent and influence it when necessary to enhance human performance (7).”

—José L. Pons, et al, ” Witnessing a wearables transition.” Science. 16 Aug 2019: Vol. 365, Issue 6454, pp. 636-637.

Practical applications to efforts like Elon Musk’s Neurolink weren’t immediately apparent to me. Ok, a neuro-implant as a human artificial intelligence interface may make sense a few decades off. However, a neuronal interface for a soft exosuit seems like it something that could be used today.