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ENERGY & UTILITIES

Robust supply requires robust digital infrastructure

Edora Cloud can be sited close to the plant and used for the workloads around the OT environment that need local data processing, low latency, or a controlled route to backup and geographic redundancy.

THE STARTING POINT

Digital operations have become part of the plant

A utility’s digital environment is rarely one single platform. Control systems, integration layers, data acquisition, analytics, administrative systems and development environments all have different requirements for siting and continuity.

So the task isn’t to move the OT environment into the cloud. The task is to place the surrounding workloads on a foundation that integrates with existing operations without creating a new, unnecessary dependency.

Edora starts from your actual systems and distinguishes between what has to stay in the specialised OT core, what can run locally on Edora Cloud, and what is better placed centrally.

About data sovereignty

THE SETUP

Four advantages of placing cloud capacity closer to operations

The same platform at every level, operated by Edora. Capacity can later move to a datacentre unit at your own energy production site.

Process data where it originates

Place compute and storage close to plant, metering points and local integrations, where data volumes, latency or connectivity make central processing impractical.

Preserve agreed local functions

A local installation can be designed so that selected workloads and core platform functions continue if connectivity to other locations is temporarily lost.

Run the same platform in several places

Local and central installations are built on the same Edora Cloud platform, giving common interfaces, automation and operating principles across environments.

Document siting and responsibility

Data location, backup, replication, access paths and the division of responsibility are described as part of the specific architecture.

WHERE WORKLOADS SIT

What should sit where?

Not everything should move. Each workload is assessed on function, integrations, data requirements and the consequence of an outage.

The OT core

Typically stays on the specialised platform

Systems with direct bearing on the physical process are assessed separately and are not moved as part of a general cloud migration.

  • Real-time control
  • Safety and protection functions
  • Systems tightly bound to physical equipment
  • Specialised industrial protocols

Local Edora Cloud

Likely candidates close to the plant

Workloads around the OT environment can get a cloud foundation locally, where siting, data volumes or latency require it.

  • Integration and middleware layers
  • Local data acquisition and processing
  • Stable VM-based support functions
  • Local analytics and visualisation environments

Central capacity

Likely candidates at Edora

Less location-sensitive workloads can be consolidated centrally and connected to the local platform as needed.

  • Cross-cutting analytics
  • Development and test
  • Backup and archive
  • Less latency-sensitive systems

EU CLOUD IN A BOX

The whole cloud platform in your own facility

EU Cloud in a Box is Edora Cloud delivered on dedicated hardware. The capacity can be installed in your own datacentre or hosted at Edora.

You get compute, storage and networking, with access through a portal, API, CLI and Terraform. Edora sizes, establishes, monitors and maintains the cloud foundation.

Where it sits on your site, the solution is integrated with the agreed power, cooling and network infrastructure. You are responsible for workloads and applications, while responsibility for the underlying platform layer follows the operations agreement.

See EU Cloud in a Box

EDORA CLOUD CONNECT

Connect plant and datacentres through Cloud Connect

Cloud Connect can link directly attached plant, customer installations and Edora’s datacentre infrastructure across a redundant optical backbone.

That provides a controlled transport path for data, backup and replication among other things. Internal traffic between directly attached locations need not touch the public internet.

Capacity, failover and replication are matched to the specific locations and operational requirements.

See Edora Cloud Connect

ENERGY PARKS

Capacity close to energy production

Edora’s renewable-energy datacentres place larger datacentre capacity inside energy parks, close to wind and solar generation.

For energy and utility companies, the model may in time suit larger compute and data-processing needs, where siting, energy supply and datacentre capacity have to be considered together.

The renewable datacentres are under construction and form part of Edora’s roadmap.

About renewable datacentres
  • “It is easier and cheaper to send data to a datacentre over fibre than it is to transport electricity along a cable.”

    Finn Eriksen Director ∙ Cloud, Security & DevOps
    Finn Eriksen

QUESTIONS & ANSWERS

What utilities most often assess

Is "data in Europe" enough on its own?

Not by itself. A platform operated by a non-European operator is subject to that operator's home legislation, regardless of the servers sitting in Europe. Edora is European when it comes to ownership, operations and control alike.

Can the platform sit close to our plant?

Yes. The whole platform can be delivered and operated in your own datacentre or substation via EU Cloud in a Box, so OT-adjacent and latency-critical workloads are processed locally.

What happens if connectivity is lost?

Each location operates independently. If the link drops, operations and workloads continue locally, and replication resumes automatically once connectivity is restored.

How does the platform support NIS2?

Security, audit logging, access management and supplier governance are built into the platform, producing the documentation regulators ask for.

Can we migrate away again?

Yes. The platform is open source with no proprietary layers, so workloads and data can be moved. An exit is technically real, not merely described in a contract.

GET STARTED

Start with one site or one specific workload

A technical review starts from your existing OT and IT environment. We work out which workloads are relevant, where they should sit, and how connectivity and continuity should be handled. You don't need to have decided on a full migration in advance.