Abstract: A system and method for controlling gaming technology, musical instruments and environmental settings via detection of neuromuscular activity are disclosed herein. The disclosed system generally comprises a sensor grid coupled to a user; a base station configured to receive neuromuscular activity inputs from one or more sensors in said sensor grid, determine whether said neuromuscular activity inputs received from said one or more sensors is within a calibrated boundary value for an activity associated with each of said one or more sensors, and instruct a physical device or software to perform said activity when said neuromuscular activity input received from said one or more sensors is within said calibrated boundary value for the activity associated with each of said one or more sensors; and at least one said physical device or said software being configured to receive instructions from said base station.

Abstract: A system and method for controlling gaming technology, musical instruments and environmental settings via detection of neuromuscular activity are disclosed herein. The disclosed system generally comprises a sensor grid coupled to a user; a base station configured to receive neuromuscular activity inputs from one or more sensors in said sensor grid, determine whether said neuromuscular activity inputs received from said one or more sensors is within a calibrated boundary value for an activity associated with each of said one or more sensors, and instruct a physical device or software to perform said activity when said neuromuscular activity input received from said one or more sensors is within said calibrated boundary value for the activity associated with each of said one or more sensors; and at least one said physical device or said software being configured to receive instructions from said base station.