Infrastructure as a Service
Sovereign IaaS
Virtual machines and containers on one control plane.
A cloud-native virtualisation platform that runs virtual machines inside Kubernetes, so VMs and containers are scheduled, networked, and operated by the same control plane instead of two parallel stacks with two operations teams.
It is also the practical way off legacy virtualisation. Run your existing VM workloads today, move them to containers incrementally on the same platform, and stop paying licensing that rises faster than your estate does.
Architecture
How it is put together
Self-service and API
Console, API, and declarative configuration for the teams who consume capacity.
Virtual machines and containers
Both workload types described, scheduled, and operated through the same objects.
Kubernetes control plane
One scheduler and one policy engine deciding where everything runs.
Software-defined network and storage
Segmented networking and pluggable persistent storage beneath both workload types.
Your hardware, your facility
Servers you own, in a building you control, under your own agreements.
Capabilities
Unified VM and container management
One platform for both, eliminating the infrastructure silo between your virtualised estate and your cloud-native one.
Complete lifecycle control
Create, power on and off, restart, and delete virtual machines natively, from images, templates, or declarative configuration.
Zero-downtime live migration
Move running virtual machines between physical nodes with no service interruption, for maintenance or rebalancing.
Snapshots and instant cloning
Duplicate environments in moments and take point-in-time recovery points, so testing and data protection stop competing for time.
Software-defined networking
Cloud-native networking models that meet enterprise segmentation and multi-interface requirements.
Software-defined storage
Multiple storage backends — local, distributed, and cloud — for persistence and high availability.
Elastic, automated scaling
Orchestration handles resource allocation, so capacity follows demand instead of being provisioned for the worst case.
On-premise by default
Runs entirely inside your own facility with no public-cloud dependency, keeping data control and regulatory posture intact.
Where it fits
- Migrating off legacy virtualisation without a forklift replacement
- Running regulated workloads that cannot leave your facility
- Consolidating separate VM and container operations teams
- Building the foundation layer for a sovereign AI platform
What you end up with
A virtualisation platform your own engineers operate, on hardware you own, with a migration path you control.
The rest of the stack
Platform as a Service
Sovereign PaaS
The cloud-native operating system for your estate.
AI Platform as a Service
Sovereign AI PaaS
Your complete AI factory, inside your own boundary.
Kubernetes as a Service
Sovereign KaaS
Production Kubernetes, operated by us, owned by you.
GPU Platform as a Service
Sovereign GPaaS
Turn the accelerators you already own into a metered service.
High-Performance Computing
Sovereign HPC
Simulation and AI on one cluster, inside your own borders.
Unified Multi-Cloud Management
Multi-Cloud Platform
One control plane across every cloud, regulated data kept in country.
Continuity and Resilience
Disaster Recovery & High Availability
Recovery you have proven, not recovery you have promised.
Cloud to Edge
IoT & Edge Platform
Run every site from one console, even when the link drops.
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Ali Salmaji
DevOps Solution Architect
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