Explore the infrastructure behind humanity’s 4th industrial revolution

From self-driving cars to AI agents and transformative drug discovery, humanity is entering a fourth industrial revolution – one powered by artificial intelligence.

Nations around the world have taken notice. Harnessing generative AI promises massive socioeconomic, cultural and geopolitical benefits, yet modernizing a government’s ability to enable and improve its AI capabilities requires creating nationwide accelerated IT infrastructure on a level as basic and critical as energy and water grids. Countries that fail to invest in sovereign AI not only risk being left behind by their more AI-literate counterparts but also resign themselves to dependency on other countries for a 21st century critical resources.

What is an AI factory?

While the first industrial revolution brought us coal-fired factories to make work more efficient and the telegraph to empower wider communication, this latest revolution is spurred by the most computationally demanding task to ever face humanity – generative AI. Generative AI enables users to quickly create new content based on a variety of inputs, such as text or images. Because of the massive amounts of data this entails, our current computing infrastructure simply won’t suffice. European nations must prioritize the creation of sovereign AI infrastructure to meet demand. In practice, this means the creation of AI factories.

At a basic level, an AI factory is where data comes in and intelligence comes out. It’s an entirely new generation of data center that uses a full-stack accelerated computing platform to perform the most intensive computational tasks. Much like heavy machinery is needed to refine raw materials into more useful resources, substantial computing power is required to turn enormous amounts of raw data into intelligence. The AI factory will become the bedrock of modern economies across the world.

Currently, the world’s most powerful supercomputers are clustered, with the majority of AI computing power in prestigious universities, research labs and a handful of companies. This landscape prevents many nations from creating generative AI that takes advantage of valuable local data to understand the local language and its nuances. The Future of Compute Review, commissioned by the UK Government, found that for the UK to project its global power as a science and technology leader, it needed to ensure its own sovereign computing capability.

Cooperating with national champions

The sovereign AI race is already underway. Japan, India and Singapore have already announced plans to construct next-generation AI factories. While these countries are enjoying a head start, the race is far from over. Real progress is already starting to be made in Europe, as the European Commission has recently announced its support for a network of AI factories.

However, governments are unable to power this new industrial revolution alone. Generative AI development on this scale requires vast resources in material wealth and technical skills, so partnering with the private sector will be critical to success. Every country already has its own strong domestic sector, filled with local technology champions. Making the most of their expertise and capabilities is the first step to success.

https://www.techradar.com/pro/why-sovereign-ai-infrastructure-is-driving-worldwide-adoption-of-generative-ai