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Described in a patent application dated April 28, 2016, the device is injected in fluid that then solidifies to couple the device with the eye’s lens capsule, the transparent membrane surrounding the lens. Injection would take place ”following the removal of the natural lens from the lens capsule,” the patent reads.

The planned device injected into the eye contains a number of tiny components: storage, sensors, radio, battery and an electronic lens. The eyeball device gets power wirelessly from an “energy harvesting antenna.” The patent describes what looks like an external device to interface with the eyeball computer. The two will communicate through a radio and the ”interface device” contains the processor to do the necessary computing.

According to the patent, the electronic lens would assist in the process of focusing light onto the eye’s retina.

forming a hole in an anterior surface of the lens capsule using a laser, wherein injecting the fluid into the lens capsule is performed through the formed hole, and wherein positioning the intra-ocular device within the fluid is performed through the formed hole

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applying ultrasonic vibrations to a natural lens disposed in the lens capsule such that the natural lens is fragmented; and removing the fragmented natural lens from the lens capsule

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removing the fragmented natural lens from the lens capsule comprises: applying suction to the lens capsule to remove the fragmented natural lens while introducing a replacement fluid into the lens capsule

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the fluid comprises a silicone monomer, and wherein solidifying the fluid comprises applying light to the silicone monomer sufficient to polymerize the silicone monomer into a silicone hydrogel.