OpenShift & Kubernetes Sovereignty: Platform Choice Matters

Your container platform hosts every application, every deployment pipeline, and every secret. The sovereignty of your platform determines the sovereignty of everything running on it.

Hyperscaler Kubernetes services (GKE, EKS, AKS) run on US-owned infrastructure under US law. Even "Swiss region" deployments are operated by US companies subject to the CLOUD Act. Managed OpenShift services from Red Hat or IBM are governed by US law as well.

VSHN offers both OpenShift and vanilla Kubernetes on Swiss infrastructure, operated by a Swiss team under Swiss law.

Platform sovereignty compared

Dimension GKE (Google) EKS (Amazon) AKS (Microsoft) ROSA (Red Hat/AWS) VSHN Managed K8s/OpenShift
Ownership Google (USA) Amazon (USA) Microsoft (USA) Red Hat/IBM (USA) VSHN AG (Switzerland)
Governing law US law US law US law US law Swiss law
CLOUD Act Exposed Exposed Exposed Exposed Not exposed
Data location Configurable Configurable Configurable Configurable Switzerland by default
Platform source Proprietary (K8s core open) Proprietary (K8s core open) Proprietary (K8s core open) Open source (OKD) Open source (K8s or OKD)
Vendor lock-in GKE-specific APIs, Anthos EKS-specific, Fargate AKS-specific, Arc Red Hat subscription Standard K8s APIs, portable
Staff access from abroad Maintenance and support staff in 30+ countries, including USA and India Support staff worldwide, including USA and India Teams worldwide; remote access from outside EU and EFTA for repairs Red Hat follow-the-sun support, plus AWS support worldwide VSHN Canada for night-time scheduled work; none with the Swiss-only option
Continuity if the provider itself fails Redundant across Google's own regions, not against Google itself Redundant across AWS's own regions, not against AWS itself Redundant across Azure's own regions, not against Azure itself Redundant across AWS's own regions, not against Red Hat or AWS itself Can run across providers, for example Cloudscale and Exoscale, so one provider's own outage does not take the cluster down

No single provider can be redundant against a provider other than itself. A customer asking Cloudscale for object storage replicated across two sites cannot get it from Cloudscale alone: Cloudscale does not replicate across its own zones the way Exoscale does, and a provider that does is still bounded by its own infrastructure. VSHN assembles across providers, for example Cloudscale and Exoscale, so continuity does not depend on any one of them staying up. HIN, a VSHN customer in Swiss healthcare, already runs its own business continuity management on a multi-provider setup for the same reason. In practice the application itself usually keeps running in one site while only the data layer replicates across both, which is what most requirements actually ask for and what keeps the price sane. Backups live at a third location outside the replication chain, encrypted, so a deletion or a bug that replicates faithfully does not take the backup with it. Running across two providers also adds a second subprocessor to name in the contract, which costs something in a cantonal bid that rewards a short subprocessor list.

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OpenShift vs vanilla Kubernetes: a sovereignty perspective

VSHN offers both platforms. The sovereignty trade-off:

Vanilla Kubernetes, maximum sovereignty:

  • No non-Swiss vendor dependency
  • CNCF-governed, community-maintained
  • All VSHN managed services available
  • Swiss-only operations with no foreign corporate chain

Red Hat OpenShift, strong sovereignty with one nuance:

  • OpenShift source code is open (OKD)
  • Red Hat (IBM subsidiary, US) provides certified images and subscription entitlements
  • Red Hat offers EU Sovereign Support as an option
  • Day-to-day operations are fully independent by VSHN

For customers where the Red Hat corporate chain is a concern, vanilla Kubernetes provides the same managed services with no non-Swiss dependencies.

VSHN sovereignty self-assessment

We applied the EU's Cloud Sovereignty Framework (v1.2.1, October 2025) to our own services. This framework was used to score providers in the EU's EUR 180M sovereign cloud tender in April 2026. Three pure-European providers achieved SEAL-3, while a consortium involving Google Cloud scored only SEAL-2.

This is a self-assessment, not a formal SEAL certification. We publish it for transparency so customers can evaluate our sovereignty profile using the same structured criteria the EU uses.

# Dimension Weight Assessment Evidence
SOV-1 Strategic 15% Strong Swiss AG under Swiss law, no foreign parent (Commercial Register)
SOV-2 Legal 10% Strong Swiss law (GTC), no CLOUD Act, EU adequacy decision
SOV-3 Data & AI 10% Strong Swiss DCs by default. Sovereign key management via Managed OpenBao + Swiss HSM
SOV-4 Operational 15% Strong Swiss 24/7 ops, Swiss-only support option. All services on vanilla Kubernetes
SOV-5 Supply Chain 20% Strong Infrastructure-agnostic; customer chooses provider. Open-source software
SOV-6 Technology 15% Strong 100% open source. VSHN contributes to K8up (CNCF Sandbox) and maintains Project Syn
SOV-7 Security 10% Strong ISO 27001, ISAE 3402 Type II, Swiss SOC. FINMA-regulated customers
SOV-8 Environmental 5% Moderate DC operators: Green Datacenter AG (ISO 22301/27001/27701), Exoscale sustainability. VSHN CSR policy

Overall: SEAL-3 equivalent, the same level achieved by the winners of the EU's own sovereignty tender. No bidder in the EU's own tender reached SEAL-4: it requires complete EU control with no critical non-EU dependencies, and every cloud provider depends on hardware made in Asia and the US and on open-source projects governed by US-based foundations such as the Linux Foundation and CNCF.

Try Swiss infrastructure: APPUiO (managed Kubernetes, free trial), Exoscale (Swiss IaaS). Want help choosing? Contact us.

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Running containers on a hyperscaler and evaluating sovereign alternatives? We assess your sovereignty profile against the EU framework and plan a migration to Swiss-operated OpenShift or vanilla Kubernetes.

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