How hyperscalers bypass disqualification

US hyperscalers like AWS, Google Cloud, and Microsoft are strategically developing architectural and organizational solutions to navigate around the legal and structural barriers in the lower levels of the EU's Cloud Sovereignty Framework.

Their public clouds typically fall under SEAL-0 or SEAL-1 because of extraterritorial laws like the US CLOUD Act and FISA 702. This prevents them from winning high-value European public sector contracts, as they need to reach at least a SEAL-2 level. To comply with the EU's stringent Sovereignty Objectives (SOV-1 to SOV-8) while retaining their proprietary technology stacks, hyperscalers are employing four primary strategies: 1. The "Isolated Sovereign Region" Approach Hyperscalers are building completely separate, physically isolated data center infrastructure within Europe. * How it bypasses the rules: By keeping customer data, support operations, metadata, and monitoring logs entirely within the EU, they aim to meet the requirements for SOV-3 (Data Sovereignty) and SOV-7 (Security Operations). * Examples in practice: AWS European Sovereign Cloud and Microsoft Cloud for Sovereignty are prime examples of this model. * The SEAL limitation: This strategy typically secures a SEAL-2 rating, but falls short of SEAL-3 or SEAL-4. Software updates and system orchestration are still handled globally, meaning they remain technically dependent on their U.S. Parent company. 2. Strategic Partnerships with EU "Trusted Partners" To satisfy SOV-1 (Strategic Sovereignty) and SOV-2 (Jurisdictional Sovereignty), hyperscalers are forming joint ventures with leading and trusted European tech companies. * How it bypasses the rules: The European partner holds majority ownership and full operational control of the local cloud infrastructure. The US hyperscaler simply licenses its software and hardware designs. Since a European entity manages daily operations and data access, the infrastructure is legally shielded from foreign data warrant requests. * Examples in practice: S3NS (Thales and Google) in France, Bleu (Orange and Capgemini with Microsoft) in France, and Delos Cloud (Microsoft partner) in Germany. * The SEAL limitation: This approach achieves a SEAL-2 rating but not SEAL-3 or SEAL-4. The core intellectual property and hypervisor microcode remain closed-source and controlled by non-EU actors, violating the strict technical autonomy needed for higher levels. 3. Disconnected Key Management & External Encryption Hyperscalers are disconnecting their cryptographic control to prevent foreign intelligence agencies from compelling them to hand over encryption keys. * How it bypasses the rules: They use Bring Your Own Key (BYOK) and External Key Store (EKS) technologies managed by European-owned Hardware Security Modules (HSMs). * The Bypass Logic: If a U.S. Court issues a data warrant to a hyperscaler, they technically cannot comply because they don't have access to the keys needed to decrypt the data. This strategy addresses the strict data confidentiality requirements of SOV-2 and SOV-3. 4. Local Governance and "Digital Resilience" Pledges Hyperscalers are reconfiguring their European operations to include local oversight boards composed entirely of EU citizens. * How it bypasses the rules: Microsoft's "Digital Resilience Commitment" is a notable example. It guarantees that their European cloud operations are overseen by a dedicated European board. They pledge to use every legal means to fight foreign data access requests. * The Bypass Logic: This introduces a layer of local institutional oversight, addressing SOV-1 (Corporate Governance). However, European cloud advocates and critics dismiss this as "sovereignty theater," arguing that a foreign parent company could still alter corporate bylaws or revoke technical access. The Unavoidable Roadblock: SEAL-4 Disqualification While these bypass strategies allow hyperscalers to move from a disqualifying SEAL-0 to a compliant SEAL-2 baseline, they encounter an insurmountable obstacle at SEAL-4 (Full Digital Sovereignty). SEAL-4 demands complete supply chain provenance (SOV-5 requires tracing hardware like CPUs and GPUs) and full technological autonomy (SOV-6 requires auditable, open-source, or fully EU-controlled codebases). Proprietary, closed-source American platforms are automatically excluded from the EU's highest security tier.