Systems and methods for wireless control of noninvasive electrotherapy

A method of performing non-invasive electrical stimulation, the method comprising:

• providing a non-invasive electrical stimulation device, the device comprising:
• at least one scaffold that can be bent to fit the electrical stimulation device to a user's body, the at least one scaffold disposed within a nonconductive top layer of the electrical stimulation device;
• pulse generation circuitry in electrical communication with communication circuitry, the communication circuitry configured to receive and process pulse generation control signals;
• bending the at least one scaffold to fit the electrical stimulation device to the user's body;
• wirelessly transmitting pulse generation control signals from a computing device to the communication circuitry;
• and
• delivering electrical stimulation waveforms according to instructions encoded in the pulse generation control signals.

A method of performing non-invasive electrical stimulation, the method comprising:

• providing an electrotherapy device comprising
• a nonconductive top layer including at least one shape-retaining scaffold disposed within the nonconductive top layer, the at least one shape-retaining scaffold bendable into a contoured shape to fit the electrotherapy device to contours of a user's body and retain the contoured shape during use of the electro-therapy device;
• an electronics layer comprising
• a first plurality of conductive contact points,
• wireless communication circuitry configured to receive pulse generation control signals transmitted from a computing device, and
• pulse generation circuitry in electrical communication with the wireless communication circuitry and the first plurality of conductive contact points;
• and
• a conductive layer comprising
• a plurality of conductive zones including a first conductive zone separated from a second conductive zone, wherein portions of the nonconductive top layer within which the at least one shape-retaining scaffold are disposed directly overlie the first conductive zone and the second conductive zone, the first conductive zone and the second conductive zone bendable to the contoured shape and substantially retain the contoured shape when the at least one scaffold is bent to fit the electrotherapy device to contours of the user's body, and
• a second plurality of conductive contact points in electrical contact with the first plurality of conductive contacts points and the plurality of conductive zones;
• receiving, at the pulse generation circuitry, pulse generation control signals from a computing device via the communication circuitry;
• and
• providing by the pulse generation circuitry, to the plurality of conductive zones via the first plurality of conductive contact points and the second plurality of conductive contact points, electrical waveforms according to instructions encoded in the pulse generation control signals, as the pulse generation control signals are received.