Beyond LLMs Why Europe Could Still Win the Next Phase of AI

A guest post by Dr. Martin Schilling, CEO & Co-Founder, Deep Tech Momentum 4 min Reading Time

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The first major AI wave was decided outside of Europe. The dominant platforms of generative AI come from the United States. Foundation models are trained with billion-dollar budgets. In the race for computing power, GPUs, and global consumer platforms, Europe was often a spectator and rarely a driving force. Yet the future of AI has not been decided yet.

Martin Schilling is a European tech ecosystem leader, entrepreneur, and startup operator known for scaling tech companies and supporting deep tech founders. (Source:  DTM)
Martin Schilling is a European tech ecosystem leader, entrepreneur, and startup operator known for scaling tech companies and supporting deep tech founders.
(Source: DTM)

The current debate still revolves around Large Language Models and consumer applications. Meanwhile, the next phase of AI is already shifting away from purely text-based models toward systems that can understand, simulate, and control the physical world. The critical question is: Will Europe recognize in time that the next phase of AI rewards entirely different prerequisites?

The Next AI Wave Will Be Physical

LLMs were a genuine breakthrough. They proved that machines can generate language, condense knowledge, and automate complex tasks. But language alone does not transform an industry.

The next stage of development is emerging where AI begins to model real systems: factories, energy systems, supply chains, chemical processes, robotics, aviation, defense, and industrial infrastructure. A growing amount of research and capital is flowing into so-called World Models — models that not only predict language but also understand the causal relationships of the physical world.

These systems learn how machines interact, how material properties form, how energy flows are optimized, and how autonomous systems make decisions in complex environments.

This fundamentally changes the competitive dynamic. Because once AI deeply merges with industrial processes, the size of a language model alone is no longer decisive. What counts then is real-world data, industrial integration, regulatory expertise, engineering competence, and access to complex physical systems. This is precisely where Europe holds structural advantages.

Europe's Underestimated Competitive Advantage

Europe does not own the dominant consumer platforms. But Europe possesses one of the most complex industrial ecosystems in the world. European companies are among the global leaders in manufacturing, robotics, automotive, industrial automation, energy technology, aerospace, chemicals, advanced materials, precision engineering, and critical infrastructure.

These industries generate vast amounts of highly specialized data — data that could become significantly more valuable for the next phase of AI than generic internet data.

A World Model for industrial manufacturing does not need billions of social media posts. It needs sensor data from production facilities, simulations of complex processes, energy and network information, industrial quality data, and real-time data from supply chains.

Europe's true strategic opportunity therefore lies not in copying Silicon Valley. It lies in building the connection between AI and industrial excellence faster and more consistently than any other region.

Industrial AI Is Harder to Copy

The first generation of generative AI was strongly software-centric. A powerful model could be scaled globally within a short period of time. The next generation is far more difficult to replicate.

Industrial AI requires access to physical systems, long-standing industrial relationships, regulatory understanding, safety certifications, and deep domain knowledge. An AI system for autonomous manufacturing, energy grids, or defense logistics cannot be deployed with an API key. It must be embedded into real industrial processes. This creates higher barriers to entry, but also sustainable competitive advantages.

It is no coincidence that global technology corporations are now investing massively in robotics, industrial simulations, defense tech, and physical AI. The competition is shifting from pure language models to the ability to intelligently orchestrate real-world systems.

Europe's Biggest Risk Is Not Technology—It's Speed

The prerequisites are in place. But Europe's persistent challenge has always been a lack of scaling. Too many technologies are developed in Europe and industrialized elsewhere. Too often, research, industry, capital, and politics operate in silos. And too frequently, Europe debates risks before opportunities.

While other regions treat AI as strategic infrastructure, parts of Europe still approach it primarily as a regulatory issue. Of course, AI needs clear rules. But regulation alone does not create competitiveness.

What will be decisive is whether Europe now moves faster on industrial partnerships, access to growth capital, public procurement processes, building sovereign compute infrastructure, and connecting research with industrial implementation.

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Because the next phase of AI will be decided in factories, energy grids, defense systems, laboratories, and critical infrastructure.

The Opportunity Is Greater Than Many Believe

Europe today possesses nearly all the building blocks for a global leadership role in industrial AI: excellent research, a strong industrial base, highly specialized mid-sized companies, world market leaders in complex engineering domains, growing deep-tech ecosystems, and increasingly long-term-oriented capital. What is lacking is less a matter of technology than a shared strategic narrative.

Europe must stop viewing AI exclusively as a digital platform market. The next AI phase will be won where digital intelligence merges with physical world competence — and that is precisely where Europe holds real strengths. The coming years will determine not only who builds the best models. They will determine who integrates AI most deeply into real industrial systems.

Perhaps Europe did not dominate the first consumer wave of AI. But the next phase could be precisely the one for which Europe is already better positioned than many believe.

The question is no longer whether Europe can catch up. The question is whether Europe recognizes that the race has only just begun again.

About DTM

Deep Tech Momentum (DTM) is Europe's leading marketplace for deep tech and AI innovation, bringing together founders, investors, corporate leaders, and policymakers. Held annually in Berlin, the event convenes over 3,000 senior decision-makers across sectors including AI, energy, defence, manufacturing, space, and advanced materials.

Through curated programs such as investor matchmaking and corporate-startup partnerships, DTM has facilitated over €500 million in investments and hundreds of collaborations — driving innovation and technological sovereignty across Europe.

DTM aims to power Europe's next deep tech renaissance by unlocking €100 billion in additional investment and enabling 10,000 startup-industry partnerships by 2030 — strengthening Europe's competitiveness and resilience.