Recent progress in neurobiology go hand to hand with the development of artificial intelligence. The latter in fact, allows to decode the complex patterns underlying the brain activity recorded by new generation implanted electrodes. This combination represent the turning point in the development on neuroprosthetic. In the past decades we observed huge advancements in this field, with paralytics patients driving wheelchairs by visual stimulation, monkey controlling robotic arms, or patients moving a cursor with their minds to write on a virtual keyboard. However no project ever tried to be as ambitious as some are doing be now, such as Neuralink or B-Cratos, that aim at pushing to a new limit the concept of neural interface.