Hafsa Aslam
When the European Union tightened its approach toward Chinese technology and imposed higher tariffs on Chinese electric vehicles, it sent a message that went beyond trade. Europe is beginning to understand that technology is no longer just about economic growth. It is also about security, influence, and independence. As China expands its technological power, Europe faces a difficult question: how can it compete without becoming dependent on either China or the United States?
This question is likely to shape Europe’s future more than any single trade deal or diplomatic summit. In today’s world, countries do not compete only through military power or economic size. They also compete through their ability to develop advanced technologies. Artificial intelligence, semiconductors, cloud computing, and digital infrastructure now sit at the center of economic competitiveness and national security.
China understood this shift early. For more than two decades, it has treated technology as a national priority backed by long-term planning, large-scale public investment, and close coordination between government and industry. That approach has helped China become a global leader in electric vehicles, renewable energy technologies, telecommunications, and, increasingly, artificial intelligence. Bruegel’s research shows that China continues to narrow the gap with advanced economies in fields ranging from AI to quantum computing.
Europe’s challenge is different. It is not short of talent, ideas, or world-class universities. The continent is also home to some of the world’s most advanced industrial firms. ASML, for example, produces the highly specialized machines needed to manufacture advanced semiconductor chips technology that even the largest economies depend on.
The problem is that Europe often struggles to turn innovation into global leadership. Different national priorities, fragmented markets, slow decision-making, and uneven investment make it difficult for European companies to grow at the same pace as their competitors. This is why the idea of technological sovereignty has become so important in European policymaking. It does not mean cutting ties with the rest of the world. It means ensuring that Europe keeps enough control over critical technologies, supply chains, and digital infrastructure so that outside pressure cannot easily shape its choices.
Recent EU initiatives reflect this changing mindset. The European Commission’s new technological sovereignty package includes Chips Act 2.0, a Cloud and AI Development Act, an Open Source Strategy, and a roadmap for digitalization and AI in energy. Together, these measures aim to strengthen Europe’s capacity in semiconductors, artificial intelligence, cloud services, and open-source technologies. The message is simple: Europe cannot rely on rules alone. It also needs the capacity to build. Semiconductors show this reality better than almost any other sector.
Chips power smartphones, electric vehicles, medical devices, military systems, and AI applications. During the global chip shortage, European manufacturers faced delays that disrupted production across several industries. The lesson was clear: dependence on a narrow set of suppliers can quickly become an economic and strategic vulnerability.
Artificial intelligence presents a similar challenge. Europe has become a global leader in setting ethical standards and regulatory frameworks for AI. But writing rules is only part of the story. Real influence also depends on developing competitive AI systems, supporting innovative firms, and building the computing infrastructure needed to stay in the race. At the same time, Europe should not treat every Chinese advance as a threat.
Competition does not remove the need for cooperation. Climate technologies, scientific research, and global digital standards will still require engagement between major powers. The real task is to find the right balance: work with China where interests overlap, but reduce dependence in areas that matter most for security and leverage.
This is where Europe’s path differs from both China and the United States. Unlike China, Europe is unlikely to adopt a heavily state-controlled model. Unlike the United States, it cannot rely on a small number of global technology giants. Its strengths lie elsewhere: high-quality research, advanced manufacturing, trusted institutions, and a skilled workforce.
But these advantages will matter only if Europe acts faster, invests more, and coordinates better across member states. The real goal should not be to “beat” China. That is the wrong benchmark. Europe’s task is to keep the ability to make independent choices in an increasingly competitive world. Strategic autonomy is not isolation. It is about having options.
Europe has the knowledge, talent, and industrial base to remain a leading technological power. Whether it succeeds will depend less on policy language and more on political will. In the race for technological leadership, standing still is no longer neutral. It means letting others shape the future.
Europe’s real challenge is not to defeat China at its own game, but to build enough technological strength to remain independent, competitive, and in control of its own future. If it cannot turn innovation into power, it risks becoming a rule-maker without the ability to shape the rules. In the new technology race, that would be the costliest loss of all.
Hafsa Aslam is a student of public policy at the Government College University Lahore, with a growing interest in foreign policy, diplomacy, and international relations. She is passionate about public policy discourse and hopes to contribute to informed conversations on Pakistan’s place in the world.
