Private cloud design and engineering

When private infrastructure beats the hyperscalers

Not always, and a firm that says otherwise is selling racks. The cases where the math flips: steady-state workloads where three years of reserved pricing still exceeds owned capacity, data-residency and sovereignty requirements that make foreign-controlled clouds a legal question rather than a technical one, egress-heavy architectures where the meter is the business model working against you, and GPU workloads where committed capacity on your own floor beats spot-market anxiety.

We will run the comparison against your actual bill; sometimes the honest answer is stay where you are and fix the architecture.

Designed on purpose

Cloudtopiaa exists because we wanted our infrastructure claims tested in production. The design decisions are deliberate and we will walk you through them: Tier-4 data centre placement for the availability floor, an OpenStack platform engineered for predictable performance rather than benchmark peaks, and network fabric and storage tiers chosen for the workloads sovereign customers actually run. When we design a cloud for your colocation, the same decision discipline applies to your constraints, and you get the reasoning in writing, not just the topology diagram.

Down to the physical layer

Most cloud consultancies stop at the API. Our practice extends through rack design, power and cooling budgets, and network physical topology, proven in a multi-year private cloud ecosystem delivered across 22 laboratories for an engineering institution, and in the data centre design work behind our own platform. When your program includes the building, the floor and the fabric, that is not a subcontract for us.