Nvidia launches a bold project in space

The expansion and growth of artificial intelligence know no bounds. Nvidia, the pioneering company in the field and the world’s largest stock market capitalization, announced on Monday its bold new strategy. They aim to deploy their AI computing capabilities directly in space.

The American company aims to revolutionize the operation of satellites. Currently, satellites in orbit capture images or data and send them to Earth to be analyzed in data centers. However, Nvidia believes this technology has many limitations. Latency is high, satellites rely on ground stations, and bandwidth is limited. Nvidia wants data to be analyzed directly in orbit to address these issues.

A triple objective

The goals of this project are numerous. Firstly, it aims to support the growth of space data. The data provided daily by satellites numbers in the tens of thousands, a figure that continues to rise with evolving technologies and an increasing number of satellites in orbit. With AI, Nvidia aims to process data directly from space and only send back to Earth the most useful results and important alerts.

The Californian company also relies on this AI in orbit to anticipate future needs related to AI. Satellites in space would not only observe the Earth’s sky but also analyze it and, importantly, replace the data centers on Earth. These data centers consume resources and energy immensely, with some even reaching saturation.

Nvidia’s ultimate goal in venturing into space is to strengthen its supremacy. Nvidia currently dominates data centers with GPUs for AI, the cloud, and edge computing. Their goal is to go where no other company has gone before.

A satellite made by Nvidia

To achieve this, Nvidia has presented a few projects, including the Space-1 Vera Rubin Module. This huge satellite is designed to be sent into orbit, tailored for the space environment, and would achieve performance similar to a traditional data center. It would be equipped with a chip up to 25 times more powerful for processing AI models than previous generations used in space.

Jetson Orin and IGX Thor are the other projects presented by Nvidia, similar to ultra-powerful mini-computers specialized in AI and designed to operate directly in a satellite. Their energy consumption would be lower, primarily serving real-time data processing, especially for navigation.

Several examples are given by Nvidia to support their project. AI in space would enable nearly instant detection of fires or floods, as well as precise tracking of meteorological phenomena.

The CEO of OpenAI, Sam Altman, had previously considered the concept of orbital data centers. He believed the project, even for Nvidia, faced numerous technical limitations like enormous launch costs and almost impossible maintenance.