The present disclosure is related to an intelligent prosthesis that collects brain signals and nervous stimuli, through electrodes fixed at the highest points of the nervous stimulus, inside latex fabric with microroughnesses that adheres to the skin of the subject and its stump, held by the remaining skin of the stump of the subject that requires the prosthesis the energy passes through gold wires to a microcomponent that is programmed to connect with 5 servomotors containing 2 wax wires inside the phalanges of the 5 fingers of the hand, and that the subject can move them at will. Works in its external and internal movements by nervous stimuli, easy to use when putting and removing the same with great adhesion to human skin made of polymer, light aluminum, with a mold created according to the characteristics of the stump and the physical characteristics of the subject, without requiring insertion of any component in his body. Based on surface electrodes, which direct the signal from the central nervous system to electrical impulses, that focus on electromotors and a program designed to relate the stimulus to the movement and function of the servomotors, that allow mobility and activation of each of the joints of the prosthesis inside and outside, reflecting in smooth movements, controlled by the subject with resistance and weight load completely ergonomic.Prótesis inteligente que recoge las señales cerebrales y estímulos nerviosos, a través de electrodos fijados en los puntos más altos del estímulo nervioso , al interior de tela de látex con microrugosidades que se adhiere a la piel del sujeto y de su muñón , sostenido por la piel restante del muñón del sujeto que requiere la prótesis , la energía pasa a través de hilos de oro a un microcomponente que está programado a conectarse con 5 servomotores que contienen 2 cables de cera al interior de los falanges de los 5 dedos de la mano cada uno y que pueden ser movidos a voluntad del sujeto , que funciona en sus movimi
