The European Commission plans a strategy to reduce reliance on U.S. and Chinese AI technologies by promoting domestic tools, open-source solutions, more funding and strengthening sectors such as health, defense, and manufacturing.
There is a certain poetry in creating worlds within machines, in training systems that learn, adapt, and respond. But for Europe, reliance on foreign machines has begun to feel like writing poetry in someone else’s language. The European Commission is preparing a new AI strategy, reportedly intended not just to catch up with global powerhouses, but to reclaim its voice in a conversation increasingly shaped by others.
The draft proposal, known as the “Apply AI strategy,” aims to promote home-grown artificial intelligence tools. It reflects concern about vulnerabilities that arise when critical software, infrastructure, or models are imported, controlled, or heavily influenced from outside. The EU argues that dependence on tools developed in the U.S. or China introduces risk—of supply chain insecurity, of reduced bargaining power, of exposure to geopolitical shifts.
Key components of the strategy include accelerating adoption of scalable, generative AI solutions developed in Europe, especially in public administration; nurturing European AI startups; integrating AI into defense and industrial systems; and mobilizing about €1 billion from existing EU programs to support these shifts. There is also emphasis on open-source models and ensuring that AI deployments align with European values of privacy, resilience, and oversight. ([Financial Times][1])
The timing carries weight. Geopolitical tension, China’s rapid advances in AI technology, and changes in U.S. policy under its current administration have all amplified Europe’s sense that digital sovereignty can no longer be deferred. For many in Brussels, the logic is that if Europe does not build robust, domestically rooted AI capacity, it will remain perpetually downstream.
Still, the path is complex. Building AI capacity involves more than writing software. It demands data infrastructure, computational power, skilled engineers, regulatory clarity, public trust, financial risk-taking, and coordination among multiple Member States. Some EU members have stronger tech ecosystems; others are still lagging. Ensuring that the strategy does not privilege large tech hubs but elevates weaker regions will be vital.
There are also trade-offs. Stricter regulation or insistence on local development could slow adoption, discourage foreign investment, or increase costs. If not carefully managed, “strategic autonomy” could slip into protectionism, or at least be perceived that way, sparking pushback.
Nevertheless, proponents believe this strategy could yield more than political symbolism. In sectors like healthcare, manufacturing, defense, and public services, having tools built under local oversight could enhance security, adapt functionality to European norms, reduce dependency chains, and give more control over how data is handled. It may also encourage investment, innovation ecosystems, and public confidence.
In many ways, what Europe proposes is not about rejecting foreign AI technology but about building a parallel, resilient backbone: AI tools it can rely on, control, and evolve under its own legal and ethical frameworks.
According to a draft proposal reported by the Financial Times, the European Commission’s forthcoming “Apply AI strategy” seeks to reduce the EU’s dependence on U.S. and Chinese AI providers. It plans to promote European AI tools in public administration, defense, and industry, support AI startups, advance open-source models, and dedicate around €1 billion in funding. The strategy reflects concerns about security and industrial competitiveness tied to foreign reliance.
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Sources
• Financial Times
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