SpaceX–xAI: A New Age Industrial Giant

IPO for SpaceX and xAI

Elon Musk’s decision to fold xAI into SpaceX has set the stage for what could become one of the largest and most closely watched IPOs in market history.

The move signals a bold attempt to fuse advanced artificial intelligence with orbital infrastructure, satellite communications, and Musk’s wider technological ecosystem.

Elon Musk’s merger of SpaceX with his artificial intelligence venture xAI marks a decisive shift in the trajectory of both companies.

Integrated power

The combined entity is now positioned as a vertically integrated powerhouse spanning rockets, space‑based internet, direct‑to‑mobile communications, and frontier AI research.

Musk has described the unified structure as an ‘innovation engine’ capable of accelerating progress both on Earth and beyond.

The strategic logic is clear: AI requires immense computational resources, and Musk believes space‑based compute will become the most cost‑effective solution within a few years.

By bringing xAI under SpaceX’s umbrella, he gains the ability to scale AI training using satellite infrastructure while consolidating governance, data flows, and long‑term capital planning.

A Trillion‑Dollar Listing on the Horizon

The merged company is expected to pursue an IPO valued at roughly $1.25 trillion, with share pricing estimates placing it among the most valuable listings ever attempted.

Early reports suggest the offering could raise as much as $50 billion, instantly making it one of the largest capital‑market events in history.

Such a valuation reflects not only SpaceX’s dominance in commercial launch and satellite internet, but also the rapid rise of xAI’s Grok chatbot and its integration with Musk’s social platform, X.

The consolidation also concentrates financial scrutiny, with analysts noting that the new structure brings unprecedented transparency demands for a company that has historically operated privately.

Innovation

One of the most radical implications of SpaceX absorbing xAI is the potential to relocate data centres into orbit.

Musk has long argued that space-based compute could dramatically reduce cooling costs, thanks to the natural vacuum and thermal dissipation of low Earth orbit.

By leveraging Starlink’s satellite mesh and SpaceX’s launch cadence, the merged entity could deploy AI training clusters above the atmosphere—sidestepping terrestrial energy constraints and redefining the economics of large-scale artificial intelligence.

This vision, while technically ambitious, aligns with Musk’s broader strategy of vertical integration and frontier infrastructure.

The Stakes

If successful, the IPO will redefine the market landscape for both aerospace and artificial intelligence.

It represents a bet that the future of AI will be built not just in data centres, but in orbit—an audacious vision even by Musk’s standards.

Is there a water crisis looming and could BIG Tech make things worse?

Thirsty data centre

Water is a precious Earth resource. It is becoming increasingly scarce due to climate change, population growth, pollution and waste. Without water we are nothing.

According to some sources, Big Tech and AI are contributing to the water crisis by using large amounts of water to cool their data systems and AI computations.

Researchers estimate that Microsoft used 1.7 billion gallons of water for AI alone in 2022, a 34% increase from 2021. Google also reported a 20% increase in water usage, mostly due to its AI work. One of the most water-intensive AI models is ChatGPT, which is estimated to use half a litre of water for every series of prompts.

These numbers are alarming, considering that water is a finite and vital resource for humans and ecosystems.

ChatGPT is estimated to use the equivalent of one 16-ounce bottle of water (approx’ half a litre) for every 20-50 queries according to a study by Shaolei Ren, an associate professor of electrical and computer engineering at the University of California.

BIG Tech aware of environmental impact

Some tech companies are aware of the environmental impact of their AI activities and are trying to find ways to reduce their water consumption and carbon footprint. For example, Microsoft has pledged to become water positive, carbon negative, and waste-free by 2030. 

Is there a water crisis looming and could BIG Tech make things worse?

Google has also set a goal to operate on 24/7 carbon-free energy by 2030. OpenAI, the creator of ChatGPT, has stated that it is working on improving the efficiency of its AI models. Some possible solutions include using renewable energy sources, developing better algorithms and hardware, and locating data centres in colder climates.

Too much

Some argue that Big Tech and AI are using too much water, and that they should be regulated. They should be held accountable for their environmental impact.

Others may contend that Big Tech and AI are providing valuable services and innovations and they are taking steps to mitigate their water usage and become more sustainable.

Chatbots and AI share a thirst for water