From Earth to orbit: Jeff Bezos outlines bold vision for space-based data centres

Amazon founder and executive chair Jeff Bezos has projected that data centres could be built in space within the next 10 to 20 years. Speaking at the Italian Tech Week in Turin, he stated that space-based facilities could outperform those on Earth in terms of energy efficiency and reliability due to access to constant, uninterrupted solar power, as per a report by TOI.

Bezos described orbiting data centres as a logical next step in the evolution of space infrastructure, which he said has already enhanced life on Earth through satellite-based weather monitoring and global telecommunications. He likened the current artificial intelligence (AI) boom to the internet surge of the early 2000s, noting that while speculation is to be expected, the long-term societal benefits of AI are significant.

Jeff Bezos sees space as the future of data centres

Bezos argued that orbital data centres would enjoy unique operational advantages over terrestrial facilities. These include continuous solar energy availability, freedom from weather-related disruptions, and the absence of environmental constraints found on Earth. He suggested that space-based facilities could operate at “unprecedented efficiency” and envisions “gigawatt-scale” systems capable of managing the intense computational needs of AI development.

According to Bezos, such centres could transform how large AI models are trained, how data is stored, and how cloud services are delivered. Positioning them in orbit would reduce energy consumption, cooling requirements, and environmental impacts, presenting a more sustainable model for the technology sector.

He referenced satellites as proof of concept, noting their contributions to weather forecasting, GPS, and communication systems. In his view, data centres are the next practical application of space technology. He also pointed to potential future uses such as in-orbit manufacturing and research that requires extreme environmental conditions.

Challenges of orbital data centres

Despite the potential, Bezos acknowledged several challenges. Launching heavy infrastructure into space remains costly, and carries risks such as launch failure or damage during transport. Maintenance is complicated by limited human access, making reliable robotic servicing essential.

Radiation in space also poses a risk to electronic equipment, requiring robust system designs to withstand harsh conditions. Nonetheless, Bezos expressed confidence that progress in space transportation, solar power collection, and robotics will ultimately make orbital data centres a viable and cost-effective option.

AI and the next technological boom

Bezos compared the rapid growth of AI to the early internet era, noting that while hype is inevitable, the underlying technological progress is real. He stated that AI holds the potential to improve sectors including healthcare, education, finance, and manufacturing.

He argued that orbital data centres could support this progress by providing the extensive computational power required for AI research and training. According to Bezos, the benefits of AI are expected to be broadly distributed, fostering global innovation, job creation, and long-term technological advancement.

(With inputs from TOI)