The European Commission has advanced a technology sovereignty package aimed at strengthening Europe’s control over semiconductors, AI infrastructure, cloud services, open source technology, and the digitalisation of the energy system.
The package includes proposals linked to the Cloud and AI Development Act and a second phase of the European Chips Act, commonly referred to as Chips Act 2.0. It is designed to reduce critical dependency on non-European technology providers while increasing domestic capacity in cloud, AI, semiconductor production, and data infrastructure.
The measures still need to move through negotiation with EU member states and the European Parliament, but the direction of travel is clear. Brussels wants a stronger European industrial base for the technologies that now sit underneath healthcare, banking, energy, manufacturing, defence, public services, and advanced digital infrastructure.
For semiconductors, the Commission is seeking to build on the 2023 Chips Act by expanding manufacturing capacity, simplifying regulatory processes, and supporting agreements between chipmakers and buyers to give future production a clearer demand signal. The existing EU target is to double the bloc’s share of global semiconductor production to 20% by 2030.
The semiconductor element sits alongside wider AI and cloud measures. The proposals include sovereignty requirements for cloud providers in sensitive sectors, potential restrictions for critical public contracts, and support for domestic cloud and AI capacity. Data centre development is also central to the package, with preferential treatment proposed for facilities using European-made chips and improving energy efficiency.
Chips, cloud platforms, AI systems, and data centre capacity are no longer separate technology markets. They are becoming one integrated infrastructure layer for manufacturing automation, robotics, predictive maintenance, digital twins, logistics optimisation, grid management, medical technology, defence systems, and embedded electronics. Industrial competitiveness is increasingly tied to the ownership, availability, and energy performance of that infrastructure.
Europe’s challenge is that strength in selected parts of the value chain does not automatically produce sovereignty across the system. The continent has world-class equipment, materials, automotive electronics, industrial automation, and research capability, but remains exposed in advanced logic, cloud hyperscale, AI accelerators, software platforms, and high-volume semiconductor manufacturing. A policy that treats chips, data, energy, and AI as connected infrastructure is more realistic than one focused on fabs alone.
Global semiconductor supply chains are being reshaped by export controls, regional subsidy competition, defence priorities, energy availability, and demand from AI infrastructure. The same capacity that supports automotive electronics may also be needed for data centres, communications, industrial controls, and grid systems. Industrial buyers are operating in a market where strategic allocation and long-term supply agreements can carry as much weight as price.
The energy dimension is equally demanding. AI and cloud infrastructure require large amounts of electricity, reliable grid connections, and cooling capacity. Europe cannot scale sovereign AI infrastructure without also addressing grid constraints, energy efficiency, and the siting of data centres. Connecting energy digitalisation with AI sovereignty acknowledges that digital independence depends on physical infrastructure.
Component-level developments already show how the industrial base is adjusting. RF GaN-on-silicon work is pushing materials innovation toward improved semiconductor manufacturability and performance, while SiC devices in AI server backup power underline the growing pressure for efficient power conversion around compute-heavy infrastructure.
The policy test will be whether Europe can turn individual technology strengths into a more coherent manufacturing and deployment base. Faster permitting, demand-side support, and public procurement rules may help, but they will need to work alongside skills, energy capacity, equipment availability, and patient capital. Sovereignty depends less on the announcement of strategic intent than on the ability to sustain production, deployment, and procurement beyond the first funding cycle.
If adopted, the package could shape where European semiconductor, cloud, and AI investment flows over the next decade. It also gives industrial companies a stronger signal that technology procurement will increasingly be judged on resilience, control, energy performance, and regional industrial value, not simply immediate cost or software functionality.
