---
title: "Space vs Silicon: How SpaceX's Orbital Data Centers Could Devalue Ground Servers by 2031"
description: "SpaceX could turn the AI market upside down: by 2031, space-based data centers will be cheaper than ground-based ones. Morgan Stanley analysts predict a drop in the cost of orbital computing to $1.70 per watt by 2040. 🚀💻"
date: 2026-07-24T14:06:25.000Z
lang: en
url: https://xab.info/en/posts/space-vs-silicon-spacex-orbital-data-centers-ai-computing-morgan-stanley
tags: [spacex, morgan-stanley, artificial-intelligence, data-centers, nvidia]
publisher: "XAB.info"
---

# Space vs Silicon: How SpaceX's Orbital Data Centers Could Devalue Ground Servers by 2031

![SpaceX orbital data center with solar panels against the backdrop of Earth and a rising sun, symbolizing the future of cloud computing in space](https://xab.info/media/2026/07/24/spacex-orbital-data-centers-ai-computing-morgan-stanley/spacex-orbital-data-centers-ai-computing-morgan-stanley-1.webp)

The AI arms race is moving beyond Earth's surface. Analysts at investment giant Morgan Stanley have published a new report that could upend our understanding of where and how it is most cost-effective for humanity to store and process data. According to their calculations, SpaceX's satellite constellation dedicated to AI computing could become cheaper than many modern ground-based data centers by 2031.

### The Economics of Orbital Computing

The key argument in favor of space-based servers is their cost. Morgan Stanley forecasts that by 2031, the cost of computing on orbit via SpaceX could drop to $6.50 per watt of power per year. For comparison: the total cost of operating ground-based data centers built on the latest NVIDIA Blackwell graphics accelerators is currently estimated at approximately $6.80 per watt per year. The gap is minimal, but the trend is clear—space is becoming economically competitive.

However, the most impressive figures lie in the future. Experts predict that by 2040, the cost of orbital computing could fall to $1.70 per watt per year. This means that maintaining a 1 GW orbital data center would cost about $1.7 billion annually. Meanwhile, building a ground-based equivalent of that power today requires a one-time investment amounting to hundreds of billions of dollars (approximately $100 billion).

### AI1 Technology: The First Step Toward a Vacuum Cloud

SpaceX has already moved from theory to practice. The company has unveiled its first satellite designed specifically for artificial intelligence tasks. The spacecraft, named AI1, can carry a payload with a peak computing power of up to 150 kW. Production of such satellites is underway at SpaceX's facility called Gigasat in Texas.

The AI1 design accounts for the harsh conditions of space and the specifics of operating powerful computing systems. The spacecraft integrates:

- Liquid radiators for efficient heat dissipation;

- Special protection against micrometeoroids;

- A centralized computing module;

- Deployable solar panels for power supply.

### Physical Advantages of Orbit

Operating a data center in space offers a number of unique advantages unavailable on Earth. In a vacuum, it becomes possible to use radiative cooling, which drastically reduces energy consumption for maintaining server temperature regimes. Furthermore, satellites receive continuous and uninterrupted access to solar energy, independent of the time of day or weather conditions. Planetary-scale orbital slots also allow for global coverage and minimal communication latency.

### Reality or Fantasy?

How realistic all these forecasts are, and whether they are merely bold fantasies, remains to be seen. Despite Morgan Stanley's optimistic calculations, the large-scale deployment of computing power in orbit is fraught with enormous technical and logistical risks. Nevertheless, if SpaceX succeeds in realizing its plans, we may witness a paradigm shift: from ground-based server farms to global orbital computing hubs.