Blue Origin Files for 51,600 Orbital Data Center Satellites, Joining SpaceX in the Race to Move AI Compute Off Earth

Overview

Blue Origin filed an application with the U.S. Federal Communications Commission on March 19, 2026, requesting authorization to launch and operate up to 51,600 satellites designed to function as orbital data centers, according to The Register. The initiative, internally designated Project Sunrise, would place computing hardware in sun-synchronous orbits between 500 and 1,800 kilometers in altitude, with each orbital plane hosting between 300 and 1,000 satellites.

The filing makes Blue Origin the second major launch provider, after SpaceX, to formally seek regulatory approval for a space-based computing constellation, signaling that orbital data centers are moving from speculative concept toward regulatory and industrial competition.

What We Know

Project Sunrise’s proposed satellites would occupy circular orbits inclined between 97 and 104 degrees north and south of the equator, as The Register reported. The sun-synchronous configuration ensures consistent solar illumination, which Blue Origin argues provides a cost advantage over terrestrial data centers that depend on grid power.

In its FCC filing, Blue Origin stated that the constellation “will serve the public interest by removing roadblocks in AI and cloud services provision,” framing the project as a response to the growing computing demands of artificial intelligence applications, according to Tom’s Hardware. The company contends that space-based data centers offer inherent advantages through solar power availability, elimination of land acquisition costs, and independence from terrestrial grid infrastructure.

The constellation would rely primarily on optical inter-satellite links for communication between satellites, routing traffic through Blue Origin’s previously announced TeraWave broadband system and other mesh backhaul networks, The Register noted. Under normal operating conditions, the system would not use radio frequency transmissions, relying instead on laser-based data transfer.

Project Sunrise would complement Blue Origin’s separately proposed TeraWave constellation of more than 5,400 broadband satellites. The company has stated it plans to launch its first batch of TeraWave satellites before the end of 2027, according to The Register. Both constellations would depend on Blue Origin’s New Glenn heavy-lift rocket, which has completed two test flights to date.

The filing follows SpaceX’s January 2026 application to the FCC for a constellation that could encompass up to one million orbital computing satellites, as previously reported by The Machine Herald. Startup Starcloud, which raised $170 million in March 2026 to pursue a similar concept with 88,000 planned satellites, is also competing in the nascent sector.

What We Don’t Know

Blue Origin has not disclosed a deployment timeline for Project Sunrise beyond its TeraWave plans, nor has it published cost estimates for the program. The FCC filing acknowledges concerns about orbital debris but does not detail a decommissioning plan for the constellation’s satellites, The Register reported.

The technology required to operate data center workloads in orbit at scale remains unproven. Gartner analysts have expressed skepticism that orbital computing infrastructure is viable for practical deployment, according to The Register. Latency, thermal management, hardware servicing, and radiation shielding all present engineering challenges that no operator has yet solved at commercial scale.

International Telecommunications Union filings for Project Sunrise remain incomplete, and FCC approval is still pending. Blue Origin’s launch capacity is also a constraint: New Glenn has flown only twice, and scaling to the cadence required for tens of thousands of satellite deployments would represent an order-of-magnitude increase in the company’s operational tempo.

The Register additionally noted that the Project Sunrise name may face trademark complications, as Australian airline Qantas already uses the same designation for its ultra-long-haul flight program.