A recovery site has to remain available when the primary environment fails, provide access to usable data and support the applications the business needs to keep operating. For European companies assessing where to place that infrastructure, Eastern Europe offers locations worth considering alongside established Western European markets.
Eastern Europe offers geographic separation, connectivity and hosting options within EU member states, giving businesses more choice when planning recovery infrastructure. However, choosing a recovery location requires a detailed assessment of the facility, its network connections and the people responsible for restoring services. The region’s potential as a disaster recovery hub depends on how well those elements work together.
Why Eastern Europe belongs in disaster recovery planning
Dependence on digital services makes recovery an operational concern across the business. Eurostat’s 2025 survey found that 52.7% of EU enterprises covered by the survey used paid cloud computing services. Those services included email, file storage, databases and computing capacity for companies’ own software. Cloud adoption brings infrastructure choices, while also creating dependencies that recovery plans must address. Still, moving applications to cloud infrastructure won’t automatically establish a second operating environment or determine how services will be restored after an incident.
For a company whose main systems run in Western Europe, a suitable Eastern European location adds another geographic option. It provides scope to separate primary and recovery infrastructure while keeping operations within Europe. That is a reason to investigate the region, as each proposal needs to demonstrate that the recovery environment remains accessible under the failure scenarios the business has identified.
Geographic separation needs independent infrastructure
Two facilities in different cities are less exposed to some local incidents than two buildings on the same site. Yet their distance apart reveals little about the dependencies they share. Both environments might use fibre connections through the same corridor, depend on the same network provider or require access to a single identity service. An outage affecting that shared component would undermine the recovery arrangement.
Eastern Europe gives infrastructure teams additional locations to compare, including secondary cities outside the primary business location. For example, a company with primary systems in Western Europe could opt for a data centre in Romania, in the Brasov area. The area offers an alternative to locating recovery infrastructure in the capital, Bucharest.
The assessment should cover power supply, network routes, physical hazards and access for maintenance. Geographic separation is useful when it reduces exposure to the incidents that threaten the primary site. That requires evidence about both facilities and the infrastructure connecting them. For cyber incidents, separation also involves administration. If the same compromised account can delete production data and recovery copies, a second city provides little protection against that action.
Connectivity makes regional recovery options practical
For disaster recovery, strong national connectivity provides useful context. The decision itself depends on the specific connections available between the primary environment, the recovery site and the people using the restored applications. Romania’s fixed connectivity is an established strength, as the European Commission’s 2026 Digital Decade country report identifies the country as a leader in fixed connectivity infrastructure, including rural and sparsely populated areas.
Replication must keep pace with changes to production data, so infrastructure teams should assess bandwidth, latency and packet loss under representative conditions, together with the time needed to catch up after a connection interruption. Application design also affects the result. Synchronous replication, which waits for confirmation from the remote system before completing a write, is sensitive to network delay. Asynchronous replication allows more flexibility over distance but requires monitoring to ensure that replication lag stays within the agreed recovery point objective.
Recovery testing should also include user access, since a site might receive replicated data successfully yet struggle to serve employees or customers once application traffic moves there. Network performance must be evaluated for both normal replication and operation during recovery.
EU locations support specific residency requirements
For organisations with requirements to keep particular data copies within the EU, member states in Eastern Europe expand the locations available for recovery infrastructure. This gives buyers alternatives when comparing hosting proposals and planning geographic separation. However, one should keep in mind that Eastern Europe itself is not a jurisdiction, as the region includes EU and non-EU countries, and the selected country must match the organisation’s requirements.
The review should cover primary data, backups, application logs and temporary copies created during testing. Support access and subcontracting arrangements also deserve attention, particularly where administrators operate from another country. An EU facility address establishes a location, without establishing exclusive EU legal control over the provider or every part of the service. Procurement, legal and security teams should assess the deployment together, using the proposed contract and operating arrangements.
Managed recovery changes the cost comparison
Operating a second environment involves recurring work: maintaining recovery infrastructure, monitoring replication, updating procedures and running exercises. Organisations assessing Eastern European locations should compare the total cost of that work across proposals. The calculation needs to include connectivity, storage, licences, test resources, support and the capacity required during an actual recovery. A low standby price has limited value if the contract leaves emergency resource availability uncertain.
A Disaster Recovery as a Service (DRaaS) arrangement provides a way to delegate agreed recovery tasks to a specialist provider. Buyers still need to establish which applications are covered, who authorises activation and what capacity will be available during an incident.
Technical familiarity is equally important, as a provider should understand the dependencies between the organisation’s databases, identity systems, applications and external integrations. Support hours and response commitments should be assessed alongside the practical work needed to restore those services.
Recovery evidence will determine the region’s role
In the end, the strongest proposal is one that demonstrates how the chosen location supports the required recovery outcomes. A test should show:
- How long it takes to restore usable business services against the recovery time objective.
- Whether recovered data meets the recovery point objective, which sets the acceptable interval of data loss.
- Whether the environment supports the agreed workload after activation.
- How access remains available when primary identity or network services fail.
- How data is reconciled when operations return to the primary environment.
Eastern Europe’s connectivity and range of locations create opportunities to build geographically separated recovery arrangements. Romania provides a concrete example of infrastructure that belongs on that shortlist. Turning those opportunities into dependable recovery capacity requires contracts, independent dependencies and repeated testing, the foundations on which the region can build a wider role in Europe’s disaster recovery infrastructure.