Ring-mounted flexible circuit remote control

A method of interacting with an electronic eyewear device, wherein the electronic eyewear device comprises a display, and wherein the method comprises:

• wirelessly connecting the electronic eyewear device to a handheld device, wherein the handheld device comprises a local memory, a power system, an input sensor, a body portion defining a surface, and an integrated circuit sized and shaped to conform to a part of the surface;
• drawing power from the power system according to a sensing-power budget that is operative to power the input sensor;
• detecting an interaction relative to the input sensor, wherein the interaction comprises one or more of an acceleration, a touch, an optical input, and a bending input;
• drawing power from the power system according to a full-power budget;
• and
• broadcasting a wake signal to the electronic eyewear device, wherein the wake signal is operative to cause the electronic eyewear device to present on the display a graphical user interface based on the interaction.

A non-transitory processor-readable storage medium that stores processor-executable instructions that, when executed by a local processor coupled to a handheld device, are operative to cause the handheld device to perform operations, including operations to:

• draw power from a power system coupled to the handheld device according to a sensing-power budget that is operative to power an input sensor coupled to the handheld device, wherein the handheld device is in communication with an electronic eyewear device, wherein the electronic eyewear device comprises a display, and wherein the handheld device comprises a local memory, the power system, the input sensor, a body portion defining a surface, and an integrated circuit sized and shaped to conform to a part of the surface;
• detect an interaction relative to the input sensor, wherein the interaction comprises one or more of an acceleration, a touch, an optical input, and a bending input;
• draw power from the power system according to a full-power budget;
• and
• broadcast a wake signal to the electronic eyewear device, wherein the wake signal is operative to cause the electronic eyewear device to present on the display a graphical user interface based on the interaction.