Europe’s €10 Billion Cloud Sovereignty Push Runs on Unaudited American Chips
EU security certifications systematically ignore hardware-level vulnerabilities in Intel and AMD processors, creating compliance theater while structural dependency persists.
Europe’s flagship digital sovereignty initiatives—€11 billion in cloud infrastructure funding through IPCEI-CIS and the Gaia-X framework spanning 180+ data spaces—rest on a foundation the EU’s own certification authorities refuse to audit: proprietary firmware embedded in American-designed processors.
The gap between Brussels’ sovereignty rhetoric and hardware reality centres on two subsystems present in virtually every server deployed across EU Cloud Infrastructure. Intel Management Engine and AMD Platform Security Processor operate below operating system level with unrestricted memory and network access, yet Common Criteria and the new European Cybersecurity Certification Scheme systematically exclude hardware processor threats from evaluation scope. Assessments focus on cryptographic implementations and network protocols—not the firmware running in the same memory space as sensitive workloads.
Intel ME has shipped in processors since 2006; AMD PSP since 2013. Both execute proprietary code with ring-negative privileges—more powerful than hypervisors or operating systems. The firmware can access network interfaces even when systems are powered off, per technical documentation from security researchers.
The Certification Blind Spot
European cybersecurity frameworks mandate rigorous evaluation of cloud services seeking government contracts or handling sensitive data. Yet these assessments treat the processor as a trusted black box. When Google security researcher Cfir Cohen disclosed a PSP vulnerability in September 2017 that could expose passwords and certificates, the flaw existed in a subsystem that EU certification schemes do not require vendors to audit.
The proprietary nature of both firmware implementations blocks independent verification. Security researchers cannot access source code to confirm the absence of intentional vulnerabilities or foreign intelligence access points. This opacity directly contradicts the transparency Gaia-X leadership claims as foundational to Digital Sovereignty.
“The highest level of sovereignty for European end customers can only be provided by providers having their headquarters in Europe.”
— Ulrich Ahle, CEO, Gaia-X European Association for Data and Cloud
Ahle’s December 2025 warning focused on American hyperscalers subject to the CLOUD Act, per Channel Dive. Yet the same legal jurisdiction concern applies to processor architecture. US-designed chips contain subsystems developed under American legal frameworks, potentially subject to the same intelligence community pressures that European policymakers cite when rejecting AWS or Azure for sensitive workloads.
Structural Dependency Persists
A January 2026 European Parliament report quantified the challenge: the EU relies on non-EU countries for over 80% of digital products, services, and infrastructure. Semiconductor design remains overwhelmingly American-controlled despite manufacturing sovereignty efforts.
The EU Chips Act, which entered force in September 2023, channels €11 billion toward semiconductor manufacturing capacity. The target: double market share to 20% by 2030. Yet analysis from CEPA notes this addresses fabrication, not architectural control. Intel and AMD design the processor instruction sets, memory controllers, and embedded subsystems that define how chips operate at the deepest level.
Even European-manufactured processors license American intellectual property for core functions. Manufacturing a chip in Dresden or Dublin does not eliminate dependency if the design—and the embedded management firmware—originates in Santa Clara.
The Compliance Theater Problem
Gaia-X expanded to 180+ data spaces as of March 2025, per Polytechnique Insights, entering implementation phase with broad industry participation. IPCEI-CIS directs €11 billion toward cloud infrastructure and services across member states. Both initiatives require vendors to meet European security certification standards—standards that systematically ignore the hardware layer where American architectural control is most entrenched.
The result is compliance without sovereignty. A European cloud provider can achieve EUCC certification while deploying servers containing firmware subsystems that EU authorities have not audited, cannot compel source code disclosure for, and lack technical capability to independently verify. The certification validates perimeter security while the foundation remains opaque.
- €22 billion in combined EU funding (IPCEI-CIS, Chips Act) addresses manufacturing and service layers but not architectural sovereignty
- Common Criteria and EUCC frameworks create certified infrastructure built on unauditable subsystems
- US legal jurisdiction over processor design firms creates identical CLOUD Act exposure that EU policy rejects for hyperscaler services
- No European alternative to x86 architecture exists at commercial scale for cloud workloads
What to Watch
The next phase of EU digital sovereignty policy will determine whether Brussels addresses the hardware gap or continues funding compliance theater. Three indicators matter: whether upcoming EUCC revisions mandate processor firmware audits for critical infrastructure certifications; whether Chips Act funding extends beyond manufacturing to architectural independence projects; and whether major European cloud providers begin procurement requirements that favour processors with open-source management firmware—a niche segment that exists but lacks commercial viability at current scale.
The technical challenge is formidable. Designing competitive processor architecture requires multi-billion-dollar R&D investment and a decade minimum to reach market parity. RISC-V offers an open instruction set alternative, but no European firm currently produces RISC-V server processors capable of replacing Intel Xeon or AMD EPYC in data centre deployments.
Until EU certification frameworks treat hardware-level opacity as a sovereignty threat rather than an implementation detail, European cloud infrastructure will rest on American architectural control—no matter which flag flies over the data centre.