Downhole perforation tool

A downhole perforation drone comprising:

• a body comprising a material configured to dissolve over time, the body comprising:
• a first portion comprising:
• an on-board sensor suite to determine a depth and position of the downhole perforation drone within a wellbore, the on-board sensor suite comprising a global positioning system (GPS), a casing-collar locator (CCL), and a gamma ray tool,
• a communications system configured to send wireless signals to and receive wireless signals from a surface device,
• a perforation charge circuit to cause perforation charges to discharge, and
• a microcontroller to perform operations, the microcontroller preprogrammed with a target perforation area for creating perforations in the wellbore, the operations comprising:
• determining, based at least in part on information received from one or more of a data log and the on-board sensor suite, that the downhole perforation drone has reached the target area, wherein determining that the downhole perforation drone has reached the target area based on information detected by the GPS aided by the CCL and the gamma ray tool;
• causing the perforation charge circuit to ignite the perforation charges after the downhole perforation drone reaches the target area;
• and
• a second portion comprising a plurality of perforation charges, the plurality of perforation charges to ignite upon receiving an instruction from the perforation charge circuit.