Operational Capacity. Delivered Faster.
A fully integrated delivery partner combining design, procurement, manufacture, installation, and commissioning under one accountable programme structure.
Every format. Every density.
From enterprise deployments to AI and HPC environments, our modular approach scales to match the workload.
Integrated delivery. Not fragmented supply chains.
One integrated programme structure, running every phase simultaneously.
STAGE 01
Design & Specification
Density, cooling, redundancy tier, and site interface defined before the ITT is issued.
STAGE 02
Procurement
Vendor-agnostic sourcing across partnerships in Europe, APAC, and North America.
STAGE 03
Off-site Manufacture
Fully assembled, powered, and functionally tested before it reaches site.
STAGE 04
Installation & Commissioning
One team through to handover, with no disputed interfaces.
Traditional vs Adaptive MDC
Traditional builds stack every phase end to end. We run design, manufacture, and site preparation in parallel.
Traditional: 24 months, sequential
Adaptive MDC: 14 months, parallel
20 to 0%
Timeline Compression
0 mo
Design to Handover
0
Sequential Handoffs
Time lost is revenue lost.
Every month a facility is not operational is a direct, calculable revenue loss.
At £720 per kW per month, the cost of delay compounds quickly at scale.
Source: Adaptive MDC analysis, prevailing market lease rates
10 MW facility, 6 months
£0.0m
Protected by a compressed programme, lost if it slips.
50 MW facility, 6 months
£0m
Every week of compression or overrun is material at this scale.
Built for every requirement
From first specification through to ongoing operations.
Power & Cooling
Air-cooled, rear-door, direct liquid, and full immersion, matched to density tier.
Resilience & Security
Multi-tier redundancy with physical and cyber security integrated by design.
Deployment Models
Full EPC or modular engagement per phase, greenfield or brownfield.
Consulting & Advisory
Site selection, cooling architecture, and future-proofing strategy.
Frequently Asked Questions
The questions that come up most often before a programme starts.
A factory-built, pre-tested infrastructure unit deployed faster than traditional construction, from enterprise scale up to AI and HPC density of 130 kW per rack.
Design, manufacture, and site preparation run at the same time rather than one after another, cutting overall programmes by 20 to 50%. Because we hold both design and delivery, we can also procure long-lead equipment during RIBA Stage 2 instead of waiting until after Stage 4.
Up to 130 kW per rack today using rear-door heat exchangers, direct liquid cooling, and full immersion, with next-generation architectures in development for up to 600 kW per rack. All designed to current ASHRAE guidelines by our CTO, an ASHRAE Technical Committee Member.
As little as 12 to 14 months from specification to switch-on, compared with up to 5 years for traditional sequential builds. Greenfield or brownfield, with factory-tested modules minimising disruption to live operations.
The organisations deploying capacity now will not be the ones still waiting.
The earlier we are involved, the more value we can add.