Build2

Plug-and-play AI hardware.

For rapid supercluster deployment.

Get to know Build2
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Traditional data centre builds pose long timelines and cost inefficiencies. We've rebuilt deployment across the entire stack, from power to rack. We design, manufacture and install pre-wired and pre-tested, plug-and-play Skids for rapid supercluster deployment and simplified data center integration. No overhead fibre, pipework or power, and no months of on-site fit-out.
Truly modular system, from individual racks to a complete AI hall.
Racks mount onto Skids. Compute, Data and Utility Skids connect to form a Pod. Pods connect through Hall Cores to create your data hall—with power, cooling and cabling integrated into the system.
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Patents applied for across our systems
Supercluster Rack
Houses your compute, storage or networking equipment. Choose a vendor-supplied rack or our 48U rack, mounted onto a Skid with integrated routes for power, cooling and cabling.
Supercluster Skid
Brings racks and services onto one shared base, with power, cooling and fibre built in. Available in Compute, Data/Storage and Utility(CDU) configurations, each skid connects to the next to form a Pod.
View Skid types
Supercluster Connect
Standardised connections join power and cooling between Skids: valved couplings for coolant, dry-break couplings at every rack, and bolted busway joints for power.
Supercluster Pod
Combines Compute, Data and Utility skids into one configured row, assembled and tested together. On site, the skids join together and connect power, cooling and network services.
Supercluster Hall Core
Houses shared networking, security equipment and fibre connection points. Links multiple Pods to each other and to the wider facility through the Supercluster Harness.
Supercluster Harness
Pre-terminated, labelled and tested cabling that connects equipment within each Pod and links it to the Hall Core. Cables run through dedicated routes built into the skid tops.
Supercluster Detect
Every Skid has leak detection built in: drip trays under every joint and rack connection, and sensor cable that pinpoints the exact location.
Supercluster ID
Scannable labels identify every rack, skid, cable and port. Each ID links to connection details, cable routes and factory test records, helping teams install, check and patch the system - ANSI/TIA-606, ISO/IEC 14763-1 and BS EN 50174-1.
Add-ons
Extend your Pod with factory-matched products built to the same standard as every skid. Each add-on is designed to work with the Supercluster frames, arrives tested, and is easy to use.
Supercluster Bridge
Creates a walkway between sections of the row while carrying power, cooling and fibre through its frame. Bolts to the skids on either side to keep services continuous and access clear. Bridges can be used to connect aisles too.
Supercluster Access
Lockable mesh doors on the front and rear of every bay, each with its own keypad or access control system of your choice. Co-location customers get secure access to their own racks and nothing else, while the open mesh keeps airflow and visibility clear.
Supercluster Exchanger
Water-cooled rear door heat exchangers capture excess heat at the rack, before it reaches the room. Can be fitted across every rack in the Pod and fed from the Skid's own pipework.
Supercluster Containment
Roof panels bridge the hot aisle between two rows of Skids, with end doors to seal it. Hot exhaust stays in the aisle and returns to cooling units. Used instead of Exchangers or when site already enables this.
Supercluster Cage
Matching mesh fencing at the same height as the Skids, with lockable gates, to create private, secure areas. Panels bolt together and anchor to the slab, so cages can be built, extended or reconfigured in hours, not weeks.
Supercluster Ladder
Safe, easy access to integrated fibre trays. Our mobile platform rolls alongside the Pod and docks at any bay. Engineers climb directly to a guarded, canopy-height deck for hands-free access —no ladders or scaffolding required.
Supercluster Custom
Configure your own Skids, with only the services you need. Racks and Skids can be supplied without power or water, with or without fibre points, and built to fit the infrastructure you already have.
Grey Space
Factory-built power for your hall's grey space. Configured to each Pod Arrives pre-wired and tested, connects with standard joints, so configuration, installation, cabling and expansion stay simple.
Supercluster Substation
Takes the medium-voltage 11kv/33kv supply and converts it for the Pod. A ring main unit feeds two cast resin transformers and a split LV board, all on one Skid.
Supercluster UPS
Keeps the Pod running through supply interruptions. Configurable UPS units, cooled batteries and an output board typically with two 2,000 A feeds, connected by busway straight to the end of the Pod.
Supercluster Feed
One connection point for the whole hall. Power and facility water enter through fire-rated wall sleeves into a canopy-height spine, with power above, water below and a solid barrier between them. Each Pod connects through its own Bridge.
One System Design
Every service runs through the same design cabinets, behind neat, lockable access doors. Power, cooling and fibre follow simple, defined routes with no overhead cables or open trays. All Skids and Cabinets share one design and paint finish, so the whole site stays organised, minimal and easy to maintain.
We integrate compute, networking and storage from leading manufacturers
Configurable and Maintainable
Every level is designed to be configureable and swappable. Pull a tray from a rack, roll a rack out of its bay, or release a Skid from the row, without disturbing the rest of the hall.
Float technology for rapid installation
Built with our integrated Supercluster Float Technology, each Skid glides on a microscopic film of air. One or two people can seamlessly position and install payloads of up to 8 tonnes—no cranes, forklifts, or heavy equipment required. Cut installation timelines from weeks to hours. Floats deflate when in position.

“By moving cabling, pipework and testing offsite into the factory, it eases the shortage of electricians, engineers and pipefitters and rapidly accelerates time-to-online."

Timothy Rusling
Global Projects Director, Build2
A simpler site to build.
Faster time to online.
A conventional AI hall needs raised floors, overhead tray grids, pipework runs and weeks of on-site fit-out. Ours needs a level slab and two main connections: one for water, one for power. (with an optional second set for full A and B redundancy). Everything else arrives inside the pod. Fewer trades, fewer drawings, fewer things to go wrong.
FAQs
What does my building need to provide?

A level slab rated for the pod weight, a power feed and a water connection at the head of each pod, a fibre route to the hall core, and a clear delivery route. We give you the exact specification for each connection, called the landing kit, when you order, so your site team can have it ready before the skids arrive.
Standard racks need about 3.3 m of clear headroom, and our 42U Low Profile racks about 3.0 m. Skids need a delivery route with a wide enough door and a floor rated for the load. For difficult access, racks 'can' be delivered individually.

Does the hall need air conditioning?

Most heat is removed by liquid cooling at the chip and carried away through your water connection. What reaches the air is captured at each rack by rear-door heat exchangers, so the hall only needs basic ventilation and humidity control, not in-room cooling units. For high-power air-cooled equipment, we size the rear doors to suit, or advise on additional cooling.

Who provides monitoring?

Every skid has built-in sensors for temperature, flow, pressure, power and leaks, with standard outputs that connect to your existing building management or DCIM system. We don't supply the management software itself, so you keep the tools your team already uses.

How long does installation take?

A pod can be positioned, connected and live in a few days. Every skid is load-tested in our factory before it ships, and on site we re-test the connections against the factory results, so commissioning is a check rather than a first test.

Supercluster Configurator
Plan your AI hall in minutes. Lay out Pods, Bridges and service connections for your hall, with a bill of materials, site requirements and indicative pricing. Join early access to be among the first to try it.
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High-quality engineering and workmanship, repeatable build processes and clearly labelled connections make deployment faster and simpler.
We assemble, wire and test Racks, Skids and Pods to your technical specifications and deployment schedule. Equipment, cabling and service connections are integrated before delivery, reducing installation work on site.

Designed centrally.
Assembled locally.

Standard parts from our global design hub and partner network are assembled and tested at regional integration sites close to your project, then delivered by road and integrated alongside your team. Building in the UK today, and soon in Europe, North America and Australia.
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Buying your compute direct? Have it delivered to us. Your hardware is received, logged by serial number, and stored in a secure, climate-controlled facility, insured while in our care, then delivered with your skids so everything arrives on site together.

Power on

Built in our factory. Tested before it ships.
Power, cooling and network are run at full load for at least 24 hours, every fibre is loss-tested, and every connection is labelled. Site commissioning becomes a check, not a first test.

80%

Up to 80% reduction in site time
Build2 gives you predictable costs and schedule and reduces installation labour and infrastructure needed on site.

Days not weeks

From delivery to a live row
What's traditionally assembled on-site, piece by piece, now ships in a single module. Pre-tested and ready to run.
Talk to us
Minimal joins. Maximum signal.
Fibre runs as pre-terminated, factory-tested trunks [Supercluster Harness] laid straight through each row, with no splices or joints between skids. That keeps optical losses low and leaves headroom for the next generation of optics.
Book a meeting
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Built for new silicon, not one vendor.
Rack-scale and wafer-scale systems from any vendor fit straight in, and new accelerators are supported by changing the compute bay, not the row.

End-to-end

One Point of Contact from chips to building.
We configure your pods, build and test them, specify exactly what your building needs, and deliver and connect every row. You get one point of responsibility between the compute vendor and your power, water and fibre.
Fully Customisable
Configured for you, or for your clients.
Tell us what you need. We show you how it can be delivered at speed and at scale.

Plug-and-play AI.
Start or scale with our building blocks.

Speak to sales
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