Cybersecurity & Resilience

EU Tech Sovereignty Package: digital sovereignty for chips, cloud and cybersecurity

Reading time 6 min Sebastian Bach

Key takeaways

  • In June 2026 the Commission presented a tech sovereignty package — four pillars: Chips Act 2.0, Cloud and AI Development Act (CADA), EU Open Source Strategy and an energy roadmap with AI.
  • Digital sovereignty means less strategic dependency on semiconductors, cloud, AI infrastructure and software — with links to CRA, NIS2 and the ICT supply chain toolbox.
  • Open source is treated as public infrastructure — “public money, public code” and open-source-first public procurement shift buying logic.
  • CADA plans EU-wide sovereignty tiers for cloud and AI — relevant for critical operators and regulated sectors.
  • Industrial firms should align procurement and architecture boards on substitutability and evidence now — not only after final legislation.

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In June 2026 the European Commission presented the EU Tech Sovereignty Package — a coherent set of measures for digital sovereignty across the technology stack: chips, cloud, open source, cybersecurity and industry. For CIOs, CISOs, executives and procurement it is more than industrial policy: it changes which dependencies are acceptable and which evidence will become standard in tenders, architecture boards and critical-infrastructure programmes.

What the package contains

The Commission bundles four components:

  1. Chips Act 2.0 — successor to the European Chips Act; strengthens manufacturing, design and supply-chain resilience in semiconductors, reducing strategic third-country dependencies.
  2. Cloud and AI Development Act (CADA) — aims to expand EU datacentre capacity sharply and create an EU-wide framework for sovereignty and risk assessment in cloud and AI.
  3. EU Open Source Strategy — treats open source as strategic infrastructure: funding, skills, start-ups and stronger use in authorities and critical domains — including cybersecurity and digital identity.
  4. Strategic Roadmap for Digitalisation and AI in Energy — integrates AI into power grids and energy infrastructure for resilience and efficiency.

The package complements competitiveness and economic-security initiatives — not an isolated digital law but a full-stack sovereignty agenda.

Four pillars — operational meaning

  • Chips: fewer bottlenecks in critical components for OT, networking, AI.
  • Cloud/AI: sovereignty tiers, capacity, auditability for regulated workloads.
  • Open source: substitutability, transparency, lower lock-in risk.
  • Energy/AI: supply resilience — interface with NIS2 energy sectors.

Digital sovereignty — a definition for decision-makers

In this context digital sovereignty means Europe’s ability to control development, operation and replacement of critical technologies — without existential reliance on single non-EU vendors or opaque supply chains. Motivation is economic and security-related:

  • semiconductor supply for automotive, industrial automation and datacentres,
  • cloud and AI infrastructure for government, health, finance and critical infrastructure,
  • software-stack transparency for incident response and audit.

The package explicitly links these goals to existing cyber regimes — including the Cyber Resilience Act, NIS2 and the ICT Supply Chain Security Toolbox.

Chips Act 2.0 and industry

Europe today produces only a small share of advanced semiconductors globally. For industrial firms, Chips Act 2.0 long term means:

  • more predictable supply for controllers, network ASICs and edge AI,
  • stronger R&D and manufacturing initiatives in the Union,
  • tighter mesh with cloud/AI investment (CADA).

Short term, supply-chain risk management remains mandatory — see OT security landscape and industrial CRA/NIS2 readiness.

Cloud, AI and CADA

CADA targets much higher EU datacentre capacity and a single market for cloud and AI services. Central is a sovereignty framework with tiered assurance levels — relevant for:

  • critical operators with data and workload residency requirements,
  • regulated sectors (finance: alongside DORA),
  • authorities and research bodies.

Enterprises should design cloud architectures for portability and exit strategies — sovereignty is not a label but substitutability under audit.

Open source as strategy

The EU Open Source Strategy goes beyond “free software.” Core points:

  • open source in cybersecurity, digital identity (EUDI) and critical stacks,
  • open-source-first in public cloud/AI procurement (CADA link),
  • public money, public code for developed or procured authority software,
  • skills, start-ups and catalogues (EU OSS Catalogue) for reuse.

Private firms gain opportunities (vendor for sovereign stacks) and duties (integrating open-source components in CRA SBOM logic — CRA guidelines).

Cybersecurity in the sovereignty package

Cybersecurity is cross-cutting — not a fourth pillar, but embedded in all:

  • secure chips and supply chains,
  • sovereign cloud for incident response and SOC data,
  • auditable open-source components,
  • resilient energy sector as attack target.

Parallel programmes such as the EU Action Plan on Cybersecurity and AI (July 2026) — see our action plan article. Sovereignty without security operability remains theory.

Recommendations for enterprises

  1. Update dependency registers: chips, cloud, AI models, critical SaaS.
  2. Procurement: unify sovereignty and CRA/NIS2 clauses — not conflicting spreadsheets.
  3. Architecture: multi-provider and open-source options where exit costs today are prohibitive.
  4. People: bind cloud security, open-source engineering and compliance engineering early.

90-day impulses

  • Score top-10 IT dependencies by criticality and substitutability.
  • Review cloud contracts for data control, audit, exit and subcontractors.
  • Integrate open-source use in SBOM and CRA processes.
  • Stakeholder map: who owns sovereignty vs security vs procurement?

Legislative outlook

Legislative proposals (Chips Act 2.0, CADA) pass through Parliament and Council — final adoption is targeted for 2027. Plan on direction of travel, not final wording — as with CRA 2024–2026.

Conclusion

The EU Tech Sovereignty Package makes digital sovereignty the industrial and security-policy default — from chips through cloud and open source to cybersecurity and energy. Meshing procurement, architecture and compliance today prepares for sovereignty tiers, open-source buying and more resilient supply chains — waiting optimises for obsolete dependency logic.

Further reading: EU AI Act overview, Cybersecurity board governance. Hiring: IT recruitment.

Source

European Commission — Strengthening Europe’s tech sovereignty

FAQ

Does the package affect only the public sector?
No. Public procurement sends signals, but supply-chain and sovereignty logic hits private critical infrastructure, Industry 4.0 and anyone carrying cloud/AI/chip dependencies.
How does the package link to CRA and NIS2?
Sovereignty reduces strategic dependencies; CRA and NIS2 define security and reporting duties. Together they need architecture and supplier registers — not separate silos.
Which profiles are sought for sovereignty programmes?
Cloud architects with compliance depth, open-source engineers, product security and procurement specialists with critical-infrastructure experience — a Perfomynd focus area.