Outcome · On-prem that earns its keep
Your data centre. Cloud-grade, on your terms.
Cloud is not the only path to cloud-equivalent operations. Data Centre Modernisation upgrades the on-prem you already own — software-defined, automation-first, energy-efficient — so the workloads that need to stay can stay, and the economics still work.
On-prem doesn't have to be the slow lane.
The problem we solve.
On-prem doesn't have to be the slow lane.
Cloud-equivalent operations are possible on-prem, but only if the underlying architecture, automation, and operating model are rebuilt around them, not bolted on.
A posture you can prove.
A modernised data centre that operates like cloud, and earns its place against cloud on cost.
PILLAR.01SDDC
Software-defined
Compute, storage, and networking abstracted from hardware. Operates like cloud, lives where it must.
PILLAR.0230%+
Power reduction
Achieved through consolidation, modern cooling, and right-sized hardware refresh. Measurable on the utility bill.
PILLAR.03API-driven
Operations
Provisioning, scaling, and lifecycle management via API — not console click-throughs and ticket queues.
PILLAR.04Mobility
Cloud ↔ on-prem
Workloads that genuinely move between cloud and on-prem — not in slideware, in production.
30%+
Power reduction, measurable.Through consolidation, modern cooling, and right-sized hardware refresh, visible on the utility bill, not modelled in a slide.
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Three layers, abstracted from hardware.
SDDC is what makes cloud-equivalent operations possible on-prem, compute, storage, and networking pooled into one virtualised fabric with an API control plane on top.
Compute
Pooled virtualised capacity with rightsized refresh, hypervisor-of-choice, and live migration across the cluster.
Storage
Software-defined block, file, and object pools, replication, snapshots, and tiering managed by policy, not by ticket.
Network (SDN)
Programmable fabric, micro-segmentation, and overlays that move with the workload, VLANs do not.
What this looks like delivered.
A typical modernisation programme runs 9–15 months across assessment, design, phased refresh, and the new operating model.
Assess
- Capacity & utilisation audit
- Power & cooling profile
- Workload classification
Design
- Target SDDC architecture
- Refresh roadmap
- Automation toolchain
Refresh
- Phased hardware replacement
- Workload migration
- Validation gates
Operate
- API-driven provisioning
- Cloud-equivalent runbooks
- Continuous optimisation
Three services. One delivered outcome.
This outcome is composed from our services. Each does one thing well, together they ship the posture above.
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Infrastructure Services
The hardware refresh, the SDDC layer, and the network re-architecture that the modernisation rests on.
Open Infrastructure Services // service.02Cloud Services
For the workloads that should burst to cloud, and the hybrid connectivity that makes mobility real.
Open Cloud Services // service.03Migration
The phased workload migration onto the modernised estate — controlled cutovers, no business-hour disruption.
Open MigrationHonest questions.
Q.01How long does a typical modernisation programme run?
A typical programme runs 9–15 months across assessment, design, phased hardware refresh, and the new operating model. Phased delivery means cloud-equivalent operations come online incrementally rather than at the end.
Q.02Is this only for organisations that cannot move to cloud?
No. The right answer for many workloads is hybrid, modernised on-prem for residency-bound or steady-state systems, cloud for elastic ones. The modernised data centre makes that hybrid posture economically defensible.
Q.03What does "cloud-equivalent operations" actually mean?
API-driven provisioning, infrastructure-as-code, self-service catalogues, lifecycle automation, and observability comparable to a public cloud control plane, all running on your own hardware in your own facility.
Q.04How is the 30%+ power reduction achieved?
Through consolidation onto modern hardware, improved cooling design, right-sized refresh cycles, and retiring under-utilised three-tier capacity. The reduction is measurable on the utility bill, not modelled.
Q.05Do you handle the workload migrations during the refresh?
Yes. Phased workload migration is part of the Refresh phase, controlled cutovers, validation gates, no business-hour disruption. Composed from our Migration service.
// 07 · Engage
Book a modernisation assessment.
30-minute call comparing your current data centre efficiency against a modernised target state, power, capacity, automation, and the cost gap. No deck, no pitch.