Jeff Bezos throws his hat in the ring for an orbital data center megaconstellation, too
Jeff Bezos’ Blue Origin has formally entered the emerging race to deploy orbital data center megaconstellations by filing a proposal with the U.S. Federal Communications Commission for a project dubbed Project Sunrise, seeking authorization to launch a network of satellites intended to support space‑based data center capabilities and complement terrestrial infrastructure. The announcement, reported this week, positions Blue Origin alongside other major space actors such as SpaceX, which has already filed for an even larger constellation aimed at orbiting computing and data services.
Project Sunrise envisions up to 51,600 satellites operating in sun‑synchronous orbits between approximately 500 and 1,800 km altitude, with each orbital plane hosting several hundred to over a thousand spacecraft linked via optical intersatellite communications and routing Earth‑bound traffic through Blue Origin’s existing TeraWave mesh network architecture. The filing outlines use of Ka‑band and higher‑frequency spectrum for space‑to‑Earth and Earth‑to‑space communications, and highlights continuous solar power availability in orbit as an efficiency advantage for high‑throughput compute nodes, while also signalling commitments to spectrum efficiency and non‑interference operations.
Blue Origin’s entry into space‑based data infrastructure follows earlier plans by the company to deploy TeraWave broadband satellites and underscores intensifying competition in extending cloud and artificial intelligence compute into Earth orbit. The filing comes shortly after Amazon Leo, the satellite broadband project tied to Bezos’ broader business ecosystem, had challenged rival SpaceX’s even larger orbital data center proposal at the FCC, arguing scale and feasibility concerns, illustrating regulatory and competitive tensions shaping this nascent sector. Industry watchers note that initiatives like Project Sunrise reflect broader interest in leveraging orbit to address terrestrial compute and connectivity constraints, even as questions about launch economics, orbital congestion, and technical viability persist.
