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As artificial intelligence scales, computation is no longer the only challenge. This briefing examines how communication, networking and photonics are emerging as critical constraints that may shape the future performance, efficiency and infrastructure of AI systems.
Artificial intelligence is often discussed in terms of algorithms and computing power. Yet the future of AI may depend just as much on the physical infrastructure beneath it. From photonics to energy systems, intelligence remains constrained by the laws of physics.
When seven European technology leaders issued a joint call for action, much of the discussion focused on regulation. Yet the significance of the coalition may lie elsewhere. By bringing together companies from semiconductors, telecommunications, industrial systems, software, artificial intelligence and aerospace, the statement reveals a broader shift in European thinking: from individual sectors toward interconnected technology ecosystems.
Europe’s technological future may depend less on national champions and more on networks of specialised ecosystems. From semiconductors and cloud infrastructure to energy systems and research clusters, competitiveness increasingly emerges from the connections between Europe’s most important capabilities.
Artificial intelligence may be built with software, but it runs on electricity. As Europe expands its ambitions in AI, cloud computing and technological sovereignty, energy infrastructure is emerging as one of the most critical foundations of future competitiveness and resilience.
Cloud computing is increasingly becoming more than a commercial service. As Europe expands its ambitions in artificial intelligence and technological sovereignty, cloud infrastructure is emerging as a critical foundation for economic resilience, digital competitiveness and strategic autonomy.
The future of Europe’s semiconductor strategy may depend less on producing everything at home and more on controlling critical technologies. Chips Act 2.0 signals a shift towards technological indispensability, infrastructure resilience and long-term strategic competitiveness.
For years, Europe spoke about digital sovereignty as a long-term ambition. With the launch of the Tech Sovereignty Package and Chips Act 2.0, that ambition is beginning to take institutional form. This series explores how semiconductors, cloud infrastructure, AI and energy are becoming part of a broader European strategy to reduce critical dependencies and strengthen technological resilience.
ABN AMRO proudly reports that 85 percent of its employees now use artificial intelligence in their daily work. For investors, this signals efficiency and progress. For society, it raises a more difficult question: as banks become increasingly automated and opaque, who remains responsible for transparency, accountability and the human beings behind the data?
Artificial intelligence is often discussed as a software revolution. Increasingly, however, AI is revealing itself as something much larger: an industrial system built upon energy, semiconductors, infrastructure and global supply chains. As intelligence scales, the real competition may shift from algorithms toward the ecosystems capable of sustaining them.
