With the advent of the Space Age, the ability to safely launch capital into space has been of paramount importance. Increasingly, space debris from dead satellites, rocket shards, and other unnaturally occurring materials has multiplied in quantity and importance to endanger the future of space flight. Traditionally, space debris is measured in larger sizes from ground-based systems that are unable to detect smaller debris, which are of greater risk to the safety of space flight than larger debris. This project seeks to offer an in-flight software solution for the detection of space debris in low earth orbit from a cube satellite and serves as a starting effort in small debris detection by utilizing high-resolution, high-speed imagery and filtering methods implemented programmatically. This software utilizes double exposure capture methods, cooperation with an onboard star-tracker, and extensive image processing with the goal of detecting space debris.