Summary Under the proposed Cloud and AI Development Act (CADA), a data centre project may be designated as a "strategic project" if it fulfills at least two of five specific criteria. One pivotal criterion, Article 14(1)(d), requires the project to support the integration of chips, processors, accelerators, servers, or quantum computers designed and/or manufactured in the Union. This provision explicitly aims to strengthen the Union's semiconductor, quantum, and data centre supply chains. As proposed, this criterion creates a direct regulatory link between data centre deployment and the objectives of Regulation (EU) 2023/1781 (the Chips Act), fostering a cohesive industrial strategy for digital autonomy.

Detail

The Cloud and AI Development Act (CADA), presented as COM(2026) 502 final, establishes a comprehensive framework to strengthen Europe's cloud and AI ecosystem. A core component of this proposal is the acceleration of data centre deployment across the Union to address capacity gaps and reduce dependence on third-country infrastructure. To achieve this, Article 14 introduces a mechanism for the European Commission to designate specific data centre projects as "strategic projects." Such designation is not automatic; it is contingent upon the project meeting a threshold of Union added value.

The Strategic Project Designation Mechanism

According to Article 14(1) of the CADA proposal, the Commission may designate a data centre project as strategic if it is selected through an open call for expressions of interest and fulfills at least two of the five criteria listed in that paragraph. These criteria are designed to ensure that streamlined administrative processes and potential public support are directed toward projects that deliver significant strategic benefits to the Union.

The five criteria outlined in Article 14(1) are:

  1. Supporting essential public sector functions (e.g., research, healthcare, public safety).
  2. Including highly sustainable or innovative features.
  3. Contributing to the security, safety, and stability of the electricity grid.
  4. Supporting the integration of EU-designed/made hardware (the chips and quantum criterion).
  5. Addressing major shortages of compute capacity in underserved areas.

The Chips and Quantum Integration Criterion

The specific criterion relevant to hardware sovereignty and supply chain resilience is found in Article 14(1)(d). As proposed, this provision states that a project qualifies if it:

"supports the integration of chips, processors and accelerators, servers or quantum computers designed and/or manufactured in the Union into data centre systems or data centre facility management, thereby strengthening the Union semiconductor, quantum and data centre supply chains and contributing to the objectives of this Regulation and of Regulation (EU) 2023/1781."

This text is precise in its scope. It targets the physical hardware layer of the cloud stack, extending beyond traditional computing components to include the full spectrum of modern data centre infrastructure. The criterion explicitly encompasses:

  • Chips, Processors, and Accelerators: This includes central processing units (CPUs), graphics processing units (GPUs), tensor processing units (TPUs), and other specialized silicon required for AI training, inference, and high-performance computing.
  • Servers: The physical computing nodes and racks that house these processing units.
  • Quantum Computers: Recognizing the strategic importance of emerging quantum technologies, the criterion explicitly includes quantum computers, acknowledging their potential role in future compute ecosystems.

The integration of these components must occur within "data centre systems or data centre facility management." This ensures that the criterion applies not only to the compute hardware itself but also to the systems that manage, cool, and power the facility, provided they utilize EU-designed or manufactured components.

The Explicit Link to the Chips Act

A defining feature of Article 14(1)(d) is its explicit cross-reference to Regulation (EU) 2023/1781, commonly known as the Chips Act. The text states that the integration of these components must contribute to the objectives of CADA and "of Regulation (EU) 2023/1781."

This linkage is not merely symbolic; it creates a functional synergy between supply-side and demand-side policies:

  • The Chips Act (Supply Side): Regulation (EU) 2023/1781 focuses on increasing the EU's global market share in semiconductor manufacturing, securing supply chains, and fostering innovation in chip design and production.
  • CADA (Demand Side): By establishing a criterion that requires the integration of EU-designed or manufactured hardware for strategic project status, CADA creates a guaranteed demand pull for the output of the Chips Act.

As proposed, this mechanism ensures that data centre operators seeking the benefits of strategic designation (such as accelerated permitting or eligibility for support measures) are incentivized to source hardware from the European industrial base. This helps to close the loop between EU research and manufacturing capabilities and the deployment of critical digital infrastructure.

Rationale: Strengthening Supply Chains and Sovereignty

The explanatory memorandum accompanying the CADA proposal highlights the rationale behind this criterion. The EU currently faces a "pronounced dependence on a limited pool of third-country providers" for cloud computing services and the underlying hardware. This dependence exposes the Union to risks of operational discontinuity and extraterritorial legal interference.

By incentivizing the integration of EU-designed and manufactured hardware, the proposal aims to:

  1. Strengthen Supply Chains: Create a resilient, closed-loop ecosystem where EU research and manufacturing (supported by the Chips Act) directly feed into EU data centre infrastructure (supported by CADA).
  2. Enhance Security: Reduce the risk of supply chain disruptions, backdoors, or unauthorized access associated with hardware from jurisdictions with lower security assurances or conflicting legal regimes.
  3. Foster Innovation: Encourage the development and deployment of next-generation technologies, such as AI-optimized servers and quantum computers, within the Union, ensuring that the EU remains a leader in these critical fields.

Application and Evidence

To benefit from Article 14(1)(d), data centre operators must submit a proposal through an open call for expressions of interest. The proposal must provide "all the necessary and relevant information to demonstrate that the project fulfils the relevant criteria."

In practice, this requires operators to provide detailed evidence regarding the origin of their hardware. This includes:

  • Documentation proving that chips, processors, accelerators, servers, or quantum computers were designed in the Union.
  • Documentation proving that these components were manufactured in the Union.
  • Evidence showing how the integration of these components strengthens the specific supply chains mentioned in the regulation.

The Commission will assess whether the project genuinely contributes to the objectives of both CADA and the Chips Act. The designation is not guaranteed; it is a discretionary power of the Commission based on the quality of the evidence and the strategic value of the project.

What this means for you

For technology leaders, data centre developers, and hardware manufacturers, Article 14(1)(d) represents a significant shift in the regulatory landscape for cloud infrastructure in the EU.

For Data Centre Developers and Operators

If you are planning a new data centre or a major expansion, your hardware sourcing strategy must now be evaluated against this criterion. To qualify as a strategic project under Article 14(1)(d), you must demonstrate a tangible commitment to integrating EU-designed or manufactured components.

  • Supply Chain Auditing: You will need to conduct thorough due diligence on your hardware suppliers to verify the design and manufacturing origins of every critical component.
  • Documentation: Maintain robust records, such as bills of materials (BOMs) and certificates of origin, to prove compliance during the application process.
  • Strategic Sourcing: Prioritize partnerships with EU-based semiconductor and hardware manufacturers. This may involve re-evaluating existing vendor contracts to ensure alignment with the "designed and/or manufactured in the Union" requirement.

For Hardware Manufacturers and SMEs

This criterion creates a powerful demand signal for the European semiconductor and hardware industry. If you produce chips, processors, accelerators, servers, or quantum computers in the EU, you are positioned to become a preferred partner for data centre operators seeking strategic project status.

  • Market Opportunity: Data centre developers will actively seek out EU-made hardware to meet the Article 14(1)(d) threshold, creating new business opportunities for European manufacturers.
  • Competitive Advantage: Highlighting your "Made in EU" or "Designed in EU" status can become a key differentiator in tenders for strategic projects, potentially unlocking faster permitting and public support for your clients.

For Cloud Service Providers

Cloud providers deploying infrastructure in the EU may find that integrating EU-made hardware enhances their market position. While the criterion applies to the data centre project designation, the underlying infrastructure supports the provider's ability to offer sovereign cloud services. As public sector bodies are increasingly required to procure cloud services with specific sovereignty levels (Union Assurance Levels), having infrastructure built on EU-designed and manufactured hardware can be a significant differentiator in public procurement.

Practical Steps

  1. Map Your Supply Chain: Immediately audit your current and planned hardware supply chain to identify the design and manufacturing origins of key components.
  2. Engage EU Vendors: Build or strengthen relationships with EU-based semiconductor and hardware manufacturers to ensure supply continuity and compliance.
  3. Prepare Evidence: Develop robust documentation processes to prove compliance with the criterion when applying for strategic project designation.
  4. Monitor Regulatory Evolution: Keep abreast of developments in both CADA and the Chips Act, as delegated acts and guidelines may provide further clarification on what constitutes "designed and/or manufactured in the Union."

Common misconceptions

Misconception 1: The criterion requires 100% EU-made hardware.

  • Reality: The criterion states that the project must "support the integration" of EU-designed/made components. It does not explicitly require that all hardware be of EU origin. However, the extent of integration will likely be a factor in the Commission's assessment of whether the project sufficiently strengthens the supply chain. The focus is on meaningful contribution, not necessarily total exclusivity.

Misconception 2: Only traditional CPUs are covered.

  • Reality: The criterion explicitly includes "chips, processors and accelerators, servers or quantum computers." This broad scope recognizes the importance of specialized hardware for AI (accelerators) and future technologies (quantum computers).

Misconception 3: Design in the EU is not enough; manufacturing must also be in the EU.

  • Reality: The criterion uses the phrase "designed and/or manufactured in the Union." This means that components designed in the EU but manufactured elsewhere, or manufactured in the EU but designed elsewhere, can both contribute to meeting the criterion. The key is the link to the EU industrial base.

Misconception 4: This criterion applies to all cloud providers automatically.

  • Reality: This criterion is specific to the designation of data centre projects as "strategic projects" under Article 14. It is not a general obligation for all cloud providers. However, cloud providers who own or operate data centres may choose to apply for this designation to benefit from associated advantages, such as streamlined permitting or eligibility for public support.

Misconception 5: The Chips Act and CADA are unrelated.

  • Reality: As evidenced by the explicit reference to Regulation (EU) 2023/1781 (Chips Act) in Article 14(1)(d), the two regulations are closely linked. CADA creates demand for the supply chain strengths that the Chips Act aims to build. They are part of a cohesive EU strategy for digital sovereignty.

Related

This is general information about a draft EU regulation, not legal advice.