Tech sovereignty in the EU refers to the bloc’s ability to control its own digital destiny— encompassing hardware, software, data, and standards—while reducing dependence on non-European (especially US and Chinese) tech giants. The EU aims to build a self-sufficient, competitive, and secure digital ecosystem, from semiconductors and cloud infrastructure to AI and cybersecurity.
Key Initiatives & Progress:
Regulatory Framework: The EU has rolled out landmark regulations like the Digital Services Act (DSA), Digital Markets Act (DMA), and the AI Act, tightening oversight on big tech and promoting transparency and competition.
Investment & Infrastructure: Initiatives such as the European Chips Act, EuroStack (a European alternative for digital sovereignty), and Gaia-X (sovereign cloud infrastructure) are gaining traction. Investment in EU-based cloud and semiconductor infrastructure surged 40% from 2023 to 2025, reaching €45 billion.
Public Procurement & “Buy European”: France and Germany are pushing for European preference in public procurement, and new rules may introduce “Buy European” provisions to reduce dependencies.
Skills & Innovation: The EU boasts a strong research ecosystem and a growing startup scene, but digital skills lag: only 55.6% of adults had basic digital skills in 2023, with slow progress expected.
Current Dependencies & Gaps:
The EU still relies on foreign countries for digital products, services, and infrastructure.
Telecom investment declined in 2023, and edge cloud deployment remains far below targets.
The bloc lags in cutting-edge semiconductor production, with most domestic demand focused on older-generation.
Comparison: Now vs. Recent Past
| Aspect | Now (2025) | Recent Past (Pre-2024) |
| Focus | Shift from regulation to building homegrown tech. E.g.
AI-models: Sovereign “General Purpose AI” models trained on European languages/values; industrial AI leadership. |
Heavy reliance on regulating US tech platforms. E.g.
AI-models: Companies mostly “fine-tune” US models (GPT-4, Llama). Regulatory focus (AI Act). |
| Investment | Surge in cloud, AI, and semiconductor investment. Capital Union: Deep, unified private capital markets financing “Gigafactories” and deep tech scale-ups.
Cost & Scale: Achieving full tech sovereignty is estimated to cost €3.6 trillion—ten times more than strategic network-building. The EU must attract and retain top tech talent, competing with higher US salaries and opportunity cost. Economic Growth: IT spending in Europe is surging, with an 11% increase in 2025, driven by cloud sovereignty and AI investment. Spending on GenAI models is set to grow 78% next year. Global Competition: The US and China dominate in AI, semiconductors, and cloud infrastructure. The US’s $500 billion AI investment plan (2025–2029) dwarfs EU efforts, risking further divergence |
Lower, fragmented investment; reliance on US/China. Public grants dominate, while private capital flees to the US for growth rounds. Unlike the US, the EU lacks a unified capital market. European pension funds invest heavily in US markets rather than European venture capital, leaving a funding gap for expensive “deep tech” projects (chips, quantum, biotech).
Fragmentation: National interests and regulatory fragmentation within the EU slow progress. Aligning 27 member states on a unified tech strategy has proved to be a major challenge. |
| Regulation | DSA, DMA, AI Act in full enforcement, which means that focus can shift to Capability First. To build domestic alternatives, and “deregulation” for strategic sectors to boost speed. | Early stages of DSA/DMA; more theoretical. Regulation First: Limiting the power of foreign gatekeepers (DMA/DSA). The “Brussels Effect” is a double-edged sword. While it sets global standards, the sheer volume of compliance (AI Act, NIS2, Cyber Resilience Act) disproportionately burdens European SMEs that lack the legal armies of Big Tech. |
| Public Procurement | Push for “Buy European” rules.
Innovation & Standards: The EU is positioning itself as a leader in ethical AI, data protection (GDPR), and open-source tech, which could attract global partners and foster innovation. |
No systematic preference for EU tech. |
| Global Role | Active in Global South via Global Gateway.
Defense/security: Unified, Integrated defense market; rapid dual-use tech scaling (drones, cyber) from the “Eastern Frontier.”
Geopolitical Leverage: The EU’s regulatory model (the “Brussels Effect”) has global influence, and initiatives like Global Gateway are expanding the EU’s digital infrastructure offer to the Global South. |
Passive; relied on “Brussels Effect”.
Defense/security: Fragmented, disparate national systems; slow procurement. Geopolitical Vulnerability: The return of “Hard Power” politics (war in Ukraine, US-China trade wars) exposes Europe’s fragile supply chains. The EU’s reliance on Taiwan for advanced chips and China for raw materials is a critical failure point. |
| Skills | Slow progress, but growing awareness.
The “Eastern Frontier” of Deep Tech: A new hub of defense and dual-use innovation is emerging in Eastern Europe (Poland, Estonia, Finland). Driven by security necessities, this region is rapidly commercializing “tough tech”—drones, autonomous systems, and cybersecurity—faster than Western Europe. Quantum Leadership: Europe has a genuine shot at leading the next computing revolution. With the Quantum Technologies Flagship and the upcoming 2025 Quantum Strategy, the EU is investing heavily in pilot lines for quantum chips, aiming to bypass the classical computing race it already lost. The “Green-Digital” Nexus: Europe leads in sustainable technology. As AI energy consumption becomes a global crisis, Europe’s focus on energy-efficient computing (neuromorphic chips) and green data centers could become a major exportable advantage. Industrial Data Spaces: Unlike the B2C internet (dominated by US social media), the “Industrial Internet” is still up for grabs. Europe’s manufacturing strength (automotive, robotics) allows it to build sovereign “Data Spaces” (like Catena-X) where industrial data is shared securely to train AI without handing it to US tech giants. |
Even slower, less coordinated efforts. Skills Shortage: The EU is currently on track to miss its 2030 target of 20 million ICT specialists. The shortage is acute in cybersecurity and advanced AI engineering. The EU’s digital skills gap remains a critical bottleneck, with slow progress in upskilling the workforce.
Skills & Innovation: The EU boasts a strong research ecosystem and a growing startup scene, but digital skills lag: only 55.6% of adults had basic digital skills in 2023, with slow progress. The “Innovation-to-Exit” Drain: Europe produces world-class research and startups, but a fragmented capital market prevents them from scaling. Promising deep-tech companies are frequently acquired by US giants before they can become European champions. |
| Dependencies | Still high, but declining in some sectors. E.g.
Cloud/Data: Goal to become Data Sovereign by a Federated European cloud infrastructure (Gaia-X fully operational) where data stays under EU jurisdiction. Semiconductors: Producer: 20% global market share; domestic production of cutting-edge nodes (2nm) via the EU Chips Act. Resilience & Security: Reducing reliance on foreign tech could enhance cybersecurity and protect against economic coercion or supply chain disruptions. |
Over 80% reliance on foreign digital products. E.g.
Cloud/data 80% of data stored/processed by non-EU hyperscalers (AWS, Azure, Google). This creates “vendor lock-in” where European data resides in jurisdictions subject to foreign surveillance laws (e.g., US CLOUD Act). Semiconductors: Dependent: <10% global market share; reliant on Asia for advanced chips (<7nm) |
Strategic Outlook
The window for Europe to achieve full technological sovereignty is closing. The trend for 2025 is a move from “Naïve Openness” to “Strategic Protectionism.” Expect to see:
More State Intervention: Direct government investment in startups (via the European Innovation Council) acting as the VC of last resort.
Relaxed Antitrust for Champions: A softening of merger rules to allow European companies to merge and compete globally (the “Airbus for AI” model).
Trade Tensions: increasing friction with the US as Europe tries to favor domestic cloud and tech providers in public procurement.
Conclusion & Outlook
The EU’s push for tech sovereignty is accelerating, driven by geopolitical pressures, regulatory ambition, and a desire for strategic autonomy. While progress is visible in regulation, investment, and infrastructure, significant obstacles remain—especially cost, fragmentation, and global competition. The EU’s success will depend on its ability to unite member states, attract talent, and turn regulatory strength into innovation and market leadership.
Key Question: Can the EU balance sovereignty with openness, and will its investments in homegrown tech pay off before global competitors pull further ahead?
Written by
LarsGoran Bostrom
Consultant of Data Ethics and Learning Design – and developer of SOE PulishingLab
New Book! Now available in print, ebook and audiobook
Printed edition available on Bokus.com and Adlibris.se etc. more is on the way
The eBook available is also available in Google Play Books, Apple Books and Bokon.se more is on the way
