Request a briefing ↗Integrated AI infrastructure
BUILDING THE FOUNDATIONFOR A SOVEREIGNAI FUTURE.
We design, modernise and orchestrate AI infrastructure—combining proprietary engineering and intelligent software to make better use of available power and strengthen technological sovereignty.
Sovereign by Design.
Open by Architecture.
DESIGN + R&DDEPLOYORCHESTRATE
WHAT WE DO
From physical systems
to intelligent
operations.
We connect compute, cooling, power and storage with the software needed to operate them as one infrastructure platform.
From a live facility to a new modular deployment or distributed estate, each architecture starts with the workload and site—then connects capacity, energy and operations while preserving local control.
Discover the platform capabilitiesONE CONNECTED SYSTEM
Physical infrastructure.
One operating architecture.
Each capability can stand alone. Together, they create a repeatable path from infrastructure constraints to governed operations and continuous improvement.
MODERNISEAI-ready retrofitExisting facilitiesORDEPLOYAI PODModular capacity↔PROVISIONStorage on DemandGoverned data services↔OPERATEInfraMindVisibility, digital twin and workflows
EVOLVEDesign, IP + continuous R&DEngineering and operational learning advance the platform.↗THE INFRASTRUCTURE GAP
WHY NOW
AI demand is digital.
The bottleneck is physical.
AI capacity must be built where power is available, where workloads need it and where data can be governed. Grid constraints, cooling limits and fragmented operations make these decisions inseparable. IUNOVRA designs the physical systems and operating architecture together.
The EU’s proposed Cloud and AI Development Act ↗ links capacity expansion with technological sovereignty. It is a policy direction—not a guarantee of project funding or demand.
FIVE CONNECTED CAPABILITIES
One platform.
Multiple paths to AI infrastructure.
Choose the capabilities your project needs—individually or together. Each connects to a shared approach to engineering, energy efficiency and operations.
01 / AI-ready retrofit
Modernise existing data centres.
Redesign cooling, power, controls and heat rejection for higher-density AI and HPC workloads—reusing viable assets and planning phased upgrades around live operations.
Explore retrofit and its business case ↗
02 / AI POD
Deploy modular AI capacity.
Integrate compute, storage, networking, power, cooling and software—from edge cabinets and containerised systems to high-density, multi-module data centres and distributed deployments.
Explore AI POD configurations ↗
03 / Storage on Demand
Deliver Storage on Demand.
Provision and govern parallel file, shared file and block services across supported infrastructure, matched to workload performance, protection and data-location needs.
Explore storage services ↗
04 / InfraMind
Operate and maintain with InfraMind.
Connect visibility, digital-twin context and governed workflows for commissioning, resource provisioning, operations and maintenance—from one data centre to a distributed estate.
Explore the operating layer ↗
05 / Design, IP + R&D
Advance through design and R&D.
Turn research, simulation and prototype testing into better hardware, thermal systems, software and AI—with efficiency and repeatable delivery in focus.
Explore design and continuous R&D ↗Energy efficiency is a platform decision.
Power availability and operating cost shape AI deployment across major markets. We address facility overhead, resource utilisation and operating decisions together—not cooling in isolation. Global energy context ↗
Reduce overhead
Upgrade cooling and heat rejection around a measured facility baseline.
Balance the system
Match compute, power and cooling to the workload and site capacity.
Use capacity better
Identify safely reusable resources before adding unnecessary hardware.
Measure and improve
Connect energy and workload context to supported optimisation workflows.
Measure both facility efficiency and useful workload output per unit of energy. PUE alone does not measure computing productivity; outcomes depend on the configuration and operating baseline.
WHAT SETS US APART
Sovereignty built into
the architecture.
Ownership. Choice. Continuity.
Own the engineering layer. Our system architecture, thermal know-how and software development let us adapt and evolve the solution—not just assemble components.
Keep choices and rights explicit. Each engagement defines technology ownership, source-code rights, support and third-party dependencies. Open architecture does not mean every component is proprietary or open source.
Design for sovereign operations. Data location, access, portability and continuity shape the architecture. Sovereignty rests on defined operating rights and controlled dependencies—not server location alone.
Explore our engineering and IP approach↗WHO WE ARE
Engineering expertise.
Research-driven innovation.
A research-driven technology and engineering company for AI and High-Performance Computing.
We bring data centre design, hardware and thermal engineering, software development and AI research into one multidisciplinary approach—for end customers and technology partners.
Our work spans the full lifecycle: architecture, integration, validation and handover—with research and operating feedback informing the next design.
Explore our design and R&D approachHOW THE BUSINESS IS DESIGNED TO GROW
Deliver systems.
Build lasting operating relationships.
Our model connects project delivery with software and lifecycle support, then applies validated designs to the next deployment.
Project engagements
Customers engage IUNOVRA for design, integration and deployment. Specialist partners supply selected components and services under a defined delivery scope.
Software and lifecycle services
Software licensing, integration, support and agreed operating services can extend the relationship beyond commissioning.
Reusable configurations
Validated designs and workflows can reduce repeated engineering work and support expansion across customer sites.
The intended commercial model combines projects, software and lifecycle services. Recurring revenue and repeatability depend on customer adoption and validated delivery.
DEVELOPMENT + DELIVERY
From architecture to accepted outcome.
- 01 / DEFINEIUNOVRA architectureReference designs, engineering methods and software capabilities establish the starting point.
- 02 / CONFIGUREWorkload and site scopeComponents, integrations, operating rights and partner responsibilities are defined for the engagement.
- 03 / VALIDATEEvidence before commitmentAvailability, performance and service commitments follow agreed tests and acceptance criteria.
FROM INTEREST TO EVIDENCE
See the engineering behind the opportunity.
A briefing can cover relevant designs, demonstrated functions, integration requirements and development priorities—with ownership scope and acceptance criteria made explicit.
START A CONVERSATION
Explore the technology.
Discuss the opportunity.
For customers, partners and investors: request a company or technical briefing on the platform, delivery approach and development priorities.
Request a company briefing ↗