Space data centers will happen - but only if we build what Earth cannot AI’s growth is now hitting the physical limits of Earth. OpenAI’s internal target of 250 GW by 2033 exceeds the electricity consumption of entire nations. And if that’s the trajectory, the real question becomes: Where do we put the next 250 GW of AI? Space suddenly looks like the only environment that truly scales: continuous solar power, a perfect radiative sink, and infinite real estate. But here’s the catch: multi-megawatt compute in orbit needs massive solar arrays and thousands of square meters of radiators. These aren’t “deployables” anymore. They’re industrial-scale structures far too large to launch, even on Starship. Which means the only viable path forward is clear: Build the infrastructure in orbit, not on Earth. This is why @_OrbitalMatter exists. We manufacture these systems directly in space - 100 meter booms, solar backbones, and radiator structures that never have to fit inside a rocket fairing. And this isn’t theoretical. It is the foundation of our technology roadmap: Printed booms → full deployable structures → 100m arrays and radiators → orbital infrastructure layer enabling space data centers. @OpenAI @SpaceX #SpaceDataCenters #InOrbitComputing #SpaceTech #SpaceInnovation