Biomodulation system

A biomodulation system comprising:

• an implantable device configured to be implanted in a user's body, the implantable device comprising:
• a receiver configured to receive signals;
• a transmitter configured to transmit signals;
• one or more sensors for sensing physiological parameters;
• and
• a stimulation mechanism for administering therapeutic stimulation to a location within the user's body;
• and
• a wearable control device configured to reside on the user's body, the wearable control device comprising:
• a communication module configured to provide a communication channel between the wearable control device and the implantable device;
• at least one processor operably connected to the communication channel;
• and
• a power amplifier configured to generate a wireless power signal;
• wherein the wearable control device is configured to:
• receive signals representing sensor data, at the communication module, from the implantable device;
• process the signals representing sensor data, at the at least one processor, using a closed-loop algorithm to determine whether to administer bioelectric stimulation;
• transmit an instruction to the receiver of the implantable device using the communication channel, the instruction comprising an instruction to administer therapy based on the determination of the closed-loop algorithm;
• and
• not transmit the instruction to the receiver of the implantable device using the communication channel when the determination of the closed-loop algorithm is that bioelectric therapy should not be administered.

A biomodulation system comprising:

• at least one electrode;
• and
• a control device comprising:
• a communication module configured to:
• provide a first wireless communication channel between the control device and the at least one electrode, and a second wireless communication channel between the control device and an external device;
• and
• receive signals representing sensor data from the at least one electrode using the first wireless communication channel;
• and
• at least one processor configured to:
• execute an algorithm for determining whether to administer therapy based on the sensor data;
• and
• transmit a signal to the at least one electrode using the first wireless communication channel, the signal comprising an instruction to administer therapy based on the determination of the algorithm,
• wherein the algorithm for determining whether to administer therapy based on the sensor data determines that therapy should be administered when sensor data meets a threshold and determines that therapy should not be administered when sensor data fails to meet the threshold.