The real test of Europe’s digital ambitions

The European Commission is preparing a new Technology sovereignty package that could mark a turning point in its digital industrial policy. After a decade in which the EU became known mainly as a regulatory superpower, the next test is whether it can become a technology deployment and production powerhouse. Built around the Cloud and AI development Act, Chips Act 2.0, European open digital ecosystems, and the Roadmap for digitalisation and AI in energy, this new initiative reflects Europe strategic concern over its dependence on external providers for critical digital infrastructure, platforms, chips, cloud services and software layers.

From an R&D perspective, the initiative is both necessary and overdue. But its success will depend less on political ambition than on execution: whether Europe can align regulation, procurement, infrastructure, venture finance, industrial demand, and cross-border deployment into one coherent innovation pipeline.

Four strategic pillars

Cloud and AI development Act

The Cloud and AI development Act is expected to address Europe’s cloud and AI infrastructure gap. The European Commission’s 2025 consultation focused on cloud and edge capacity, growing data volumes, and increasing demand for compute-intensive AI services.

This is strategically important. Europe cannot lead in AI without access to competitive, secure and scalable compute. Public administrations, research infrastructures, SMEs, industrial AI developers and energy operators all need cloud capacity that is trusted, interoperable and affordable.

However, the risk is that the Act becomes another compliance framework rather than a market-making instrument. Brussels has already moved in the direction of cloud sovereignty through strategic procurement, including a €180 million tender and a framework designed to guide public buyers and support the EU cloud market.

That is a positive signal. But Europe must avoid sovereignty washing where services are marketed as European while control, governance, legal exposure or critical dependencies remain external, a concern already raised by cloud industry representatives ahead of the Act.

Chips Act 2.0

The first European Chips Act aimed to strengthen Europe’s semiconductor ecosystem and support the Digital Decade target of reaching 20% of global semiconductor market share. Brussels states that up to €3.3 billion from Horizon Europe and Digital Europe supports the Chips for Europe Initiative, within a broader policy-driven investment envelope of more than €43 billion until 2030.

Chips Act 2.0 should build on this. Europe should not try to replicate every segment of the global semiconductor value chain. Public funding should be concentrated where Europe has industrial demand, scientific depth and strategic leverage: automotive chips, power electronics, sensors, photonics, quantum-related components, advanced packaging, edge AI chips, energy-efficient computing and industrial-grade semiconductors.

European open digital ecosystems

The European open digital ecosystems pillar is potentially one of the most important, but also one of the easiest to underfund.

Open source is often treated as a community asset rather than industrial infrastructure. That is a mistake. Europe’s AI, cybersecurity, cloud, data spaces, smart grids and public digital services all rely on open software components. If these components are not maintained, secured and governed, Europe’s digital sovereignty remains fragile.

The package is expected to include an open-source strategy under the European open digital ecosystems heading. For R&D and innovation policy, this should mean moving beyond short-term project funding. Europe needs mechanisms to finance maintainers, shared repositories, cybersecurity audits, reference architectures, open standards, and public-sector adoption of open-source solutions.

Digitalisation and AI in energy

The energy sector is where the technology sovereignty agenda becomes tangible. The European Commission has launched consultations for a Strategic roadmap for digitalisation and AI in the energy sector, with publication expected in 2026.

This roadmap should connect digital infrastructure with the energy transition: smart grids, flexibility markets, demand response, digital twins, predictive maintenance, AI-based grid management, energy communities, storage optimisation and cybersecurity.

The key barriers are well known: fragmented data access, lack of interoperability, cybersecurity concerns, high upfront investment costs and regulatory uncertainty. Sector responses to the consultation have highlighted the need for high-quality energy data, common data frameworks and interoperability.

This pillar could become the most effective deployment channel for European AI. Energy is a regulated, infrastructure-heavy sector with strong public-interest objectives and significant investment needs. It is therefore ideal for mission-oriented R&D funding, regulatory sandboxes and public-private demonstration projects.

From policy to production

The Technology sovereignty package could be a decisive step in Europe’s shift from digital regulation to digital industrial capacity. It rightly targets the foundational layers of competitiveness: cloud, AI compute, chips, open digital ecosystems and energy digitalisation.

But the package will only succeed if it is designed as a strategy to deploy innovation rather than simply as a set of new policy files. Europe already has research excellence, industrial champions and public funding capacity. What it lacks is a faster, more integrated route from R&D to infrastructure, procurement, scale-up and global competitiveness.