a device that connects his brain to his spine via Bluetooth connectivity. "But in the latest iteration of the device, electrodes were installed in Okam's brain that identified neural activity every time he wanted to use his legs, and then convert that activity into impulses before sending them to a set of electrodes implanted in his spine, which subsequently produce the desired movements in his legs. Overall, the development of this digital bridge shows immense promise in the field of paralysis therapy, and the team behind it are hopeful that future devices might even help patients recover other types of functionality, such as control over their arms or organs like bladders