System and method for the non-invasive, wireless generation, delivery, and control of electrostimulation signals. The system contains a circuit board with a plurality of components protected by a silicone housing disposed in overlying relation to form a hollow interior therein. Collectively, this is one electrode. A plurality of electrodes are attached to an individual's body via leads on the underside of the electrodes. The electrodes are structured and adapted to transmit an electrical impulse into the individual's body, thereby performing a treatment (e.g., for pain relief). An electronic device can be used to activate or deactivate each electrode, along with control the length and strength of impulses, depending on the protocol used for the individual's treatment. Each impulse is made up of a plurality of bursts, and each burst is made up of a plurality of pulses, which are higher voltage signals transmitted from the circuit board through the leads.
