en.Wedoany.com Reported - A company named Lonestar Data Holdings is planning to build a data center on the moon to revolutionize data storage and processing methods in space.
Company President Stephen Eisele stated that placing data in space can provide higher security, protecting it from threats and hacker attacks on Earth. Recently, Lonestar successfully completed a test in which a micro data center the size of a hardcover book was carried to the moon by the Athena Lunar Lander, launched by SpaceX.
The expansion of artificial intelligence and digital businesses continues to drive up data processing demands, putting pressure on existing infrastructure on Earth. Finding suitable locations for data centers on Earth is becoming increasingly difficult due to environmental concerns, land availability, and opposition from local communities. Space data centers can circumvent these issues by utilizing the unlimited solar energy in space while eliminating impacts on Earth's local environment.
Recent studies, including one supported by the European Commission and conducted by Thales Alenia Space, have explored the feasibility of orbital data centers. The satellite constellation concept proposed in the study would provide processing power comparable to large ground-based data centers and plans to build modular, scalable systems in orbit. However, experts also point out that this approach still faces significant obstacles, including the high cost of launching equipment, cooling challenges in a zero-gravity environment, and risks from space weather and space debris.
Despite these challenges, Lonestar remains optimistic. The company plans to launch a lunar orbital data center by 2027 and expects broader adoption within the next decade. These space-based solutions are expected to enhance data security and help comply with data sovereignty laws, as data stored in space would be subject to the laws of the country where the launching hardware is based. As industry interest and investment grow, the future deployment of data centers may extend beyond Earth, becoming a new direction for digital infrastructure development.
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