As AI Expands to Orbit, Can Ground-to-Space Links Keep Pace?

This bandwidth enables orbital compute and dense LEO constellations to serve as credible partners to terrestrial AI infrastructure rather than isolated islands. However, as demand for space-to-ground AI capacity grows, a familiar question emerges: can a reactive model scale? Related:Crusoe Pushes Data Center AI Competition Beyond GPUsThose forecasts then drive decisions. If the atmosphere remains an unpredictable gatekeeper, high-capacity optical links will stay impressive in the laboratory and unreliable in production. As islanded geothermal-powered compute expands and compute reaches for orbit, the advantage may fall less to those with the most powerful lasers and more to those who can best anticipate the sky.