Remote-Controlled Debris Successfully Navigates Neighboring Dust-Ball

The hairless bipeds of Sector 7 are currently vibrating with excitement over a milestone that most larval entities on Xylos-4 achieve before their first molt. Their primitive Perseverance unit—a clunky collection of metal and optics—has managed to travel a staggering 246 meters on the adjacent red dust-ball they call Mars.

What the locals refer to as AI-planned navigation is, in reality, a rudimentary algorithm struggling to avoid large rocks. While galactic civilizations utilize instantaneous sub-space folding to traverse quadrants, these terrestrial primates celebrate their rover planners for successfully guiding a slow-motion cart across a crater rim. The data was processed using a tool they call Caspian, which presumably translates basic spatial geometry into a format the human brain can process without overheating.

It is charming, in a pathetic sort of way, to watch them chart the 1,709th Martian day of this mission. They treat this mechanical toddler like a pioneer, despite the fact that it moves slower than a calcified sludge-worm on a high-gravity moon. They remain tethered to their home world, staring at screens, pretending they are masters of the void because they successfully rolled a box of sensors over some gravel.

— Zog-7, Sector 7 Observer