Abstract: The present disclosure provides for a multichannel device configured to provide transcranial electrostimulation with direct and interference currents using a migrating anode. Such transcranial electrostimulation helps to prevent acquired tolerance and/or tachyphylaxis in a user.

Abstract: Described herein are a method and a device for noninvasive stimulation of the Vagus nerve. The device is a multichannel device configured to provide non-invasive alternating stimulation of the left and right ear branches of the Vagus nerve as well as acupuncture points of the earlobes using various waveforms. Advantageously, the waveforms are designed to prevent acquired tolerance of the Vagus nerve stimulation thereby creating more effective treatments for a patient.

Abstract: A wellness device is provided that utilizes interference frequencies. The wellness device applies frequencies modulated by one another to interfere with one another to create a unique frequency delivery to achieve a desired result.

Abstract: A wellness device is provided that utilizes interference frequencies. The wellness device applies frequencies modulated by one another to interfere with one another to create a unique frequency delivery to achieve a desired result.

Abstract: A multichannel apparatus to stimulate Vagus nerves is provided. The multichannel apparatus includes a first pair of electrodes attached to an earlobe of a right external ear. A second pair of electrodes are attached to an earlobe of a left external ear. A third pair of electrodes are attached to a cymba conchae of the right external ear. A controller manages the first, second, and third pair of electrodes. The controller activates or deactivates the first, second and third electrodes; expels pulses to the right and left external ears; and provides a stimulation treatment to the Vagus nerves associated with the right and left external ears.