The present invention relates to a user intention-following cyborg system, is inserted into the spinal cord or associated axon bundles of peripheral motor neurons involved in the body of a living body disorder exercise function for pick-up (pickup) a number of movement command signal from the nervous system microneedle electrode chip; Communication module that transmits the movement command signal picked up by the needle Mai micro chip electrode unit to the outside of the human body, and supplying a driving power source of the micro-needle electrode chip receives the power supplied from the outside; Receiving the transmitted signal from the communication module to extract the feature of the amplification and signal waveform processing pattern mapping (mapping) On the other hand, as the movement command signal picked up by the micro-needle electrode chip, the sensor is installed in a specific part of the human body control device for dispensing to generate a movement command based on the detected position information by; And is worn on the human body that assists the movements of specific parts of the human body, movement receives the movement command sent from the control device for converting the movement, and wherein the time position information acquired by the sensor control transferred to the device and a proxy device.
This, according to the present invention, it is possible to act on the motor function of the user intention with disabilities, motor function, through which the user can smoothly perform an operation for more than he intended.