Technologies · Software-Defined Data Center

Manage compute, storage and networking from one platform

Compute, storage and networking run on one software platform, so making room for a new workload doesn’t wait on three separate teams.

Classic data centerServersOwn management consoleOwn patch calendarOwn specialistStorage systemOwn management consoleOwn patch calendarOwn specialistNetwork devicesOwn management consoleOwn patch calendarOwn specialistManagement in one placeIntegrated platform · one body of softwareServersCPU · memoryStorageThe servers’ own disksNetworkDefined in the virtualization layerUpdated togetherMutually compatibleversion bundlesAdding capacityA new server growsCPU, memory andstorage together

What it does for you

  • Provision servers faster

    Compute, storage and networking for a new application come from the same console, so requests don’t bounce between teams.

  • Shorten maintenance

    Every layer is updated with compatible packages, so maintenance doesn’t stretch out over version mismatches.

  • Resolve incidents in one place

    One team looks after the whole platform, so a problem doesn’t travel between separate vendors’ support lines.

How it works

  1. 01Capacity grows by adding servers
  2. 02Layers are updated together
  3. 03Troubleshooting is shorter

A traditional data center has three separate environments: servers, a storage system and network devices. Each has its own console, its own patch calendar and its own specialist. Making room for a new workload means working through all three, and the job stretches over weeks.

In a software-defined data center these three layers run as one software system: storage is built from the servers’ own disks, the network is defined in the virtualization layer, and management is in one place. In practice:

Capacity grows by adding servers

When a server is added, the CPU, memory and storage pools grow together, with no separate storage expansion project.

Layers are updated together

Virtualization, storage and network releases are updated as compatible packages.

Troubleshooting is shorter

Problems are traced by looking at the whole platform from one place.

The cloud services run on this architecture, and the same architecture can be installed in your own data center.

Frequently asked questions

Which operating systems do virtual servers support?
Ready-made templates include Windows Server 2016, 2022 and 2025, Ubuntu Server 22.04, 24.04 and 26.04, Debian 12 and Arch Linux.
How does it differ from Virtual Servers?
A private cloud gives your organisation a resource pool with CPU, memory and storage limits, its own gateway and its own user management. With Virtual Servers you take servers one at a time; with Private Cloud you create the servers inside the pool yourself.
How are my resources separated from other customers?
Your resource quotas, network and users are reserved for your organisation. Your organisation's network traffic passes through its own gateway.

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