Jeff Bezos’ Blue Origin enters the space data center game

Blue Origin, the aerospace company established by Jeff Bezos, is seeking U.S. government approval to deploy an extensive network of over 50,000 satellites designed to function as a data center in orbit. In a document submitted to the Federal Communications Commission (FCC) on March 19, the company outlined "Project Sunrise," which aims to alleviate the growing demands on U.S. communities and natural resources by relocating energy and water-intensive computations to space. The specifics of how Blue Origin plans to utilize these satellites remain largely undisclosed, leaving questions about the scale of computational power they intend to harness in orbit. However, the company indicated that it would leverage another planned satellite network, named Terawave, as a high-throughput communication backbone for its data satellites. The allure of transferring substantial computational tasks to space is heightened by the availability of free solar energy and the reduced regulatory constraints once in orbit. Entrepreneurs envision a future dominated by AI, where much of the computational work will be conducted off-planet. This concept is not without competition; SpaceX has also applied for a license to launch a staggering million satellites to serve as a distributed data center, and the startup Starcloud is proposing a network of 60,000 satellites. Google is exploring similar avenues with its Project Suncatcher, which aims to see its partner Planet Labs launch two test satellites next year. Despite the excitement surrounding these space data centers, significant economic hurdles remain. Developing cost-effective technologies for cooling processors and facilitating communication between spacecraft using powerful lasers is essential. Additionally, researchers are still assessing how advanced chips will perform in the high-radiation environment of space. The cost of launching these systems into orbit is another critical factor, with many stakeholders expecting that advancements like SpaceX's developing Starship rocket could lower these expenses. Blue Origin, with its New Glenn rocket—one of the most powerful operational launch vehicles—may have an edge if it can achieve regular and reusable flights. However, the challenges go beyond economics and technology. The increasing congestion in key Earth orbits raises concerns about potential satellite collisions, while the disposal of obsolete satellites could adversely impact the upper atmosphere's chemistry, including risks to the ozone layer. Although the timeline for these ambitious projects remains vague, experts suggest that realization may not occur until the 2030s.