Site and utility interface
Plot constraints, utility connections, access, permitting inputs and the route from available power to usable IT capacity.
THE FACILITY FOUNDATION FOR DEPLOYABLE COMPUTE.
MODFLEX MODULAR DATA CENTERS
Purpose-built capacity for high-density AI and HPC.
ModFlex combines modular and flexible: a building system configured around each site, available power, cooling, resilience and future expansion.
Every facility is shaped around deployable capacity, not a generic building specification.
MODFLEX / INTERACTIVE EXPLORER
Your datacenter. Your design.
Fully modular, from the floor plan to the facade. AMD Helios is our flagship showcase. ModFlex can also be designed around NVIDIA and other AI, HPC or storage platforms, with the layout, systems and finish shaped around you.
Compute platform
The architecture shapes the space, too.
8 Helios · 6 storage · OOB
Exterior finish
A few possibilities. Specify your own facade.
A closer look
01 /
Fully modular. Entirely yours.
This is one possible configuration. Arrange the white space, Powerpods and cooling around your site and workloads. Choose the architecture, specify the finish and plan how you grow — with no fixed catalogue layout.
Freedom by designYour layout. Your capacity. Your architecture.
System layers
Flagship showcase: AMD Helios. ModFlex modules can be configured for other compute platforms. Layout, equipment, electrical sizing and cooling are tailored to each project. AMD Helios reference ↗
One example. Your possibilities.
Tell us how you want to build. We’ll shape the modules, exterior and infrastructure around you.
FACILITY REQUIREMENTS
Start with the site, power and capacity plan.
ModFlex turns real site and workload constraints into a facility that can be built, operated and expanded with confidence.
The design begins with usable IT capacity, not a generic module catalogue.
Power architecture
Load profile, resilience targets, distribution, protection, metering and planned growth considered as one electrical path.
Cooling and heat rejection
Air, direct-liquid or hybrid cooling selected around actual rack loads, climate, water strategy and service requirements.
Capacity and expansion
The first deployment and future physical, electrical and hydraulic provisions defined before the layout is fixed.
Operational fit
Service routes, controls, security boundaries and support spaces configured around the way the facility will be run.
ENGINEERING CREDENTIALS
Tier Standards expertise within the engineering team.
Our engineering team includes a Uptime Institute Accredited Tier Specialist. That expertise informs decisions around resilience, availability and operations, but does not imply a project is Uptime Institute certified unless certification is separately scoped and achieved.
MODULAR BUILDING SYSTEM
Purpose-built modules, configured for the project.
ModFlex is a building system, not a fixed container catalogue. Structural modules, technical rooms, white space and external plant are developed around the intended operation and site.
Steel-frame building modules developed around equipment loads, transport, assembly, durability and site requirements.
Rack halls, network and storage zones, electrical rooms, cooling plant, staging and operational spaces placed around the intended deployment.
External finishes, dimensions, circulation, security boundaries and surrounding infrastructure adapted to the location and planning context.
Defined growth stages let additional capacity follow demand, utility availability and commercial timing.
DELIVERY PATH
From requirement to commissioned capacity.
Facility, utility, manufacturing and deployment workstreams are coordinated against one capacity and acceptance plan.
01. Baseline
Confirm the site, power position, workload, target capacity, timeline, resilience objective and operating model.
02. Concept design
Translate those inputs into module layout, capacity stages, rack assumptions, electrical architecture, cooling strategy and budget basis.
03. Detailed engineering and procurement
Coordinate structural, electrical, mechanical, controls and equipment packages against approved requirements and interfaces.
04. Manufacture and site integration
Progress module manufacture while site preparation, utility work and deployment logistics move forward in parallel.
05. Commissioning and handover
Test systems, controls, failure responses and operating procedures against the agreed commissioning and acceptance plan.
PLATFORM-AWARE FACILITY DESIGN
Designed for today’s racks and confirmed roadmaps.
ModFlex remains vendor-agnostic while using actual system data for power, cooling, structure, cabling and service access. Future platforms remain planning scenarios until OEM configurations are confirmed.
The facility and the IT system stay tightly linked, but neither page makes the other mandatory.
Current AI platforms
Plan around confirmed AMD MI355X, NVIDIA B300 and NVIDIA GB300 NVL72 system requirements and selected OEM rack data.
2026 platform rollout readiness
Model electrical, hydraulic, structural and spatial pathways for AMD Helios partner systems and NVIDIA Vera Rubin deployments, then confirm every assumption against the selected configuration.
Network and storage zones
Include fabric switches, storage systems, management networks, cable pathways, service clearances and supporting racks in the capacity model.
The productive system inside
ElioVP AI Infrastructure selects and validates the compute, networking, storage and software deployed inside ModFlex or another facility.
Explore AI infrastructure
RESILIENCE AND OPERATIONS
Resilience and maintainability are designed, not implied.
The right architecture depends on the customer’s availability objective, risk profile, maintenance model and operating team.
Agreed availability target
Redundancy, maintainability and failure-domain decisions follow the project’s operational requirement rather than a blanket claim.
Operational access
Equipment replacement, isolation, maintenance routes, controls and safe working access are considered before the layout is fixed.
Integrated commissioning
Electrical, mechanical, controls and operational scenarios are tested against a project-specific commissioning plan before handover.
CONFIDENTIAL DELIVERY
Built for customers who value confidentiality
We respect our customers’ privacy and take sovereignty and operational security seriously. Many completed environments cannot be published publicly, but selected project photography, video and technical references may be shared privately with qualified organizations where customer permissions allow.
Turn a site and power envelope into a deployable capacity plan.
Share the location, available power, target timeline and intended workload. ElioVP will map the ModFlex facility path and, where required, the infrastructure inside it.