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ORYX VIRT / VIRTUALIZATION PLATFORM

One platform for virtual machines and Kubernetes

oryx.virt improves the reliability of IT systems and lowers the cost of ownership by making better use of server hardware — in one hyperconverged environment for virtual machines, containers, storage and compute.

Discuss virtualization infrastructure Technical overview
years on the market
3+
business days to deploy
3–10
technical support
24/7

PRODUCT LINE

License or managed service

On the customer’s infrastructure

oryx.virt License

The software is deployed on the customer’s equipment and on the customer’s premises. Licensing is based on physical server cores and storage capacity in TB.

  • Servers with different configurations in one cluster — for example, different CPUs and RAM
  • Storage on disks from different vendors and in different formats (SSD, HDD)
  • Experienced technical support team available 24/7

Virtual capacity as a service

oryx.virt Vault

Equipment and oryx.virt are hosted in a Tier III data center and provided as a ready-to-use subscription environment.

  • Quick launch
  • Subscription for any period, starting from 1 month
  • Option to buy out the equipment after the minimum subscription term

SCENARIOS

Where oryx.virt is used

  1. 01

    Isolated development and testing environments

    Fast deployment of virtual machines and containers, integration with CI/CD tools and support for automation.

  2. 02

    Hosting infrastructure

    Hosting providers use oryx.virt to create virtual environments for their clients, including fully automated deployment of new physical servers.

  3. 03

    Scaling without large costs

    Infrastructure that grows on standard server hardware — for smaller companies as well as large ones.

  4. 04

    AI, machine learning and Big Data

    Deploying and managing infrastructure for AI, ML and large-scale data processing, with GPU acceleration and Kubernetes orchestration.

TECHNICAL OVERVIEW

Virtual machines and Kubernetes containers on hyperconverged architecture

  • Create, scale and monitor virtual machines in a few clicks.
  • Use Kubernetes container automation and modern DevOps practices.
  • Built-in distributed storage for reliable, scalable data.
01

Simplicity and speed

  • Fast deployment
  • Intuitive management through a web interface or CLI
02

Scalability

  • Smooth cluster growth in line with your needs
03

Flexibility

  • Servers with different configurations in one cluster
  • Disks from different vendors and in different formats (SSD, HDD)
04

Functionality

  • Virtual GPU (vGPU) support
  • Virtual machines work with a wide range of peripheral devices

Additional capabilities

Automation

  • Cloud images (cloud-init) and automated VM configuration
  • Deployment with modern tools through Terraform integration
  • Multi-zone and multi-cluster configurations
  • Network plugins such as Calico and Flannel for flexible network setup

Security

  • Built-in security mechanisms: RBAC (role-based access control) and TLS
  • Regular updates and fixes for stability and security

ARCHITECTURE

How the platform is built

Physical Linux servers with local SSD and HDD drives and GPUs are combined into one cluster. Virtual machines run across the nodes; the management portal controls the whole environment.

Management portal

Physical server 01

VMVMVMVMVM
SSDSSDHDDHDD
GPU
Linux

Physical server 02

VMVM
SSDSSDHDDHDD
GPU
Linux

Physical server 03

VMVMVMVMVM
SSDSSDHDDHDD
GPU
Linux
SoftwareKubeVirtDistributed storage

NEXT STEP

Let’s size your cluster

Tell us about your servers, workloads and whether you prefer a license or a managed environment. We will suggest a configuration and a pilot format.

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