Geopolitical blackmail through IT dependency is no longer a dystopian science fiction scenario, but a reality.
If non-European hyperscalers can pull the plug at the touch of a button, digital sovereignty becomes a farce. Four European heavyweights are now holding back with a turnkey hardening strategy.
Those who operate critical corporate infrastructure in 2026 inevitably look at a geopolitical minefield. The deep dependence of European companies on US cloud giants and Asian hardware suppliers is well documented. But while you've been hiding behind soft compliance sparks and risk analysis for years, a tangible threat scenario is coming to the fore: The so-called kill switch. The unilateral, sudden shutdown or massive restriction of central cloud services by foreign providers, whether through regulatory shifts, transatlantic trade wars or political sanctions.
The answer must not be a theoretical strategy paper from Brussels. It must be technological in nature. This is where the EuroStack initiative comes in. The objective: liberating Europe from the role of a ‘digital colony’ and building technological autonomy across all levels of infrastructure. A visionary concept, which now receives an immediately applicable spearhead through a concrete alliance.
Consortium behind the life raft
The providers Cubbit (Italy), SUSE (Germany), Elemento Cloud (Luxembourg/Italy) and StorPool Storage (Bulgaria) Sovereign Disaster Recovery Pack. A turnkey, completely sovereign emergency infrastructure stack that enables companies to act within a few hours in the event of a foreign infrastructure blackout.
Michael, Count of Fosstopia from Würzburg has the following: here briefly on Instagram summarized. His podcast links (Linux Coffee Talk) I'll take this opportunity.
The EuroStack: More than just cloud
To understand the scope of the Sovereign Disaster Recovery Pack, you need to look at the architecture of the EuroStack. It acts as a multi-layered digital ecosystem that supports every strategic
Vulnerability should be eliminated. It is essentially divided into three macro levels:
The physical level: Own chip productions, European data centers and uncensorable physical connectivity.
The logical level: Self-sufficient cloud operating systems, native European AI models, open data spaces and encapsulated virtualization layers.
The intermediation layer: Independent transaction networks, European communication services and app stores away from the overseas duopoly.
The Sovereign Disaster Recovery Pack sees itself as the first, immediately usable building block of this logical level. It doesn't require companies to tear down their existing, grown multi-cloud infrastructure overnight. Instead, it establishes a second, completely self-sufficient recovery rail that pops up like a technological airbag in the event of a disaster.
Deep dive: The 7 Layers of the Sovereign DR Pack
From a technical point of view, the package is an excellently orchestrated interplay of European open source excellence and specialized, proprietary software-defined technologies.
Not a single flow of control leaves European soil; No API validation requires servers outside the EU. The seven structural layers reflect a seamless redundancy concept:
| layer | Technology providers | Technical specification | Anti-kill switch mechanism & Business Continuity |
| Storage (object) | Cubbit | Geo-distributed, S3-compatible object storage via cryptographic sharding. | Distributes data fragments via peer-to-peer over a self-sufficient European network. No central attack surface. |
| Storage (block) | StorPool Storage | Ultra-fast, scale-out distributed block storage with sub-millisecond latency. | Secures the performance of business-critical transaction databases locally, without dependency on foreign hypervisors. |
| Compute | Elemento Cloud (AtomOS) | Bare metal hypervisor optimized for high-density virtualization. | Guarantees the execution of VMs on local hardware – completely decoupled from external license or control servers. |
| orchestration | Elemento Cloud (Electros) | Vendor-neutral multi-cloud control plan for abstract environment conversion. | Works as a master switchboard: If the primary provider moves the kill switch, Electros automatically switches workloads to local nodes. |
| Network | SUSE / Joint integration | Software-defined overlay networks (SDN) with automated BGP/VPN failover. | Prevents ‘blackholing’ of traffic by regenerating transit paths dynamically and purely within European routes. |
| identity | SUSE / Joint integration | Decoupled Sovereign IAM on a cloud-native open source basis. | Uses decoupled authentication matrices. Even when locked out of global directory services, local DR access remains intact. |
| observability | SUSE / Joint integration | Enterprise open source monitoring, real-time telemetry & log analysis. | Ensures full operational transparency during an active crisis, without any outflow of telemetry data to third countries. |
| management | SUSE | Rancher / RKE2 & SLE Micro Ecosystem (Immutable OS, CNCF-K8s). | Delivers the immutable, tamper-proof deployment blueprint. Prevents remote locking of lifecycle management tools. |
Protective shield in the regulatory vortex: NIS2 and DORA
In addition to the purely geopolitical protection factor, the Sovereign Disaster Recovery Pack provides an unbeatable argument for the compliance departments of European companies. Regulatory thumbscrews have been massively tightened with policies such as NIS2 (for critical and important entities) and DORA (Digital Operational Resilience Act for the financial sector). Board members and managing directors are now personally liable for the resilience of their IT systems.
Who, in the event of a cloud outage, only depends on the replication mechanisms the same Providers in another region may refer, acts negligently under the new regulatory standards. The DR-Pack enables audit-proof, documentable proof of true, structural georedundancy, which is subject to completely different jurisdictions and control bodies. It inherently meets the strictest interpretations of the GDPR and national sovereignty requirements.
‘The question is no longer whether a system can fail, but who, in an emergency, has the legal and de facto sovereignty over the lifeboats.’
Practice check: No political utopia
The fact that the EuroStack has long since left the stage of academic ivory towers is proven by the view into the market. An Italian IT service provider is already using the Sovereign Disaster Recovery Pack in productive real-world operation. It offers its customers a highly available, one hundred percent European emergency infrastructure.
The inherent flexibility of the open system architecture makes it possible to either flexibly book the stack as a managed service in the provider's data center or implement it as an on-premise installation directly on the end customer's hardware. The commissioning and definition of critical workloads as well as initial failover tests can be realized within a few hours. This is a pragmatic, incremental path to true digital resilience.
Conclusion & Key Learnings for CIOs
The kill switch is real: Without a completely independent, sovereign infrastructure, European companies are left defenceless in the event of a geopolitical crisis.
Pragmatism proposes total conversion: The Sovereign Disaster Recovery Pack proves that the path to EuroStack does not have to be through radical migrations, but through smart, isolated shields for critical core workloads.
Future-proof compliance: Fulfilling NIS2 and DORA demands technological self-sufficiency. A failover that relies on the same transatlantic hypervisor as the primary system is legally/technically inadequate.
With the merger of Cubbit, SUSE, Elemento and StorPool, the European IT industry shows that it has recognized the signs of the times. It is up to the decision-makers in the companies to launch these digital lifeboats.