A major institution* needed to replace an ageing virtualised estate with a more resilient and scalable infrastructure platform capable of supporting mission critical operations across a distributed North African environment. The programme was commercially significant and technically demanding. It involved the redesign of the core compute, storage, virtualisation, and recovery architecture across multiple sites, with different workload densities, distinct resilience requirements, and a need for tighter control over future expansion. Qabas was engaged to shape the solution architecture, manage the compliance response, and structure the programme as an enterprise platform transition rather than a narrow hardware refresh.
The Situation
The client had reached the point at which incremental infrastructure upgrades no longer solved the underlying problem. Legacy server and virtualisation layers were approaching structural limits in performance, supportability, and lifecycle viability. At the same time, service dependency on the platform had increased. Core business systems, management workloads, and operational applications were now tied to an estate that had become too fragmented to govern with confidence.
The complexity lay in the fact that the target environment was not uniform. Different sites required different cluster sizes, different usable storage profiles, and different resilience assumptions, while still needing to operate under one coherent architecture. This made the exercise more than a replacement project. It became a question of how to design a hyperconverged environment that could support production workloads, management services, and future growth without reproducing the same fragmentation the institution was trying to escape.
The client also needed to navigate a formal procurement environment in which technical compliance, non technical response discipline, implementation methodology, training, service levels, and commercial structure all mattered. In programmes of this type, weak alignment between architecture and bid response can be as damaging as weak engineering. The challenge was therefore to create a solution that was technically credible, commercially legible, and defensible against a demanding enterprise RFP framework.
Our Approach
Qabas approached the assignment as an infrastructure transformation and bid architecture programme. The first task was to define the target platform in operating terms rather than product terms. This meant clarifying how the client’s future environment should handle cluster separation, redundancy, usable capacity after resilience overheads, virtualisation, and support for both replacement workloads and incremental management demand.
On that basis, Qabas structured a hyperconverged design built around separate clusters sized to the operational profile of each site, with explicit treatment of resilience, capacity efficiency, and lifecycle coherence. Particular attention was given to the interaction between node design, usable storage, and redundancy logic, so that the proposed platform would be defensible not only at specification level but at production level.
Qabas also managed the compliance architecture of the proposal. The technical response was aligned requirement by requirement against the RFP, while the wider package was organised to cover implementation approach, training, service levels, assumptions, and commercial treatment in a format suitable for institutional review. Where the solution required a deviation from the client’s legacy virtualisation assumptions, Qabas framed that deviation in terms of architectural equivalence and operating advantage rather than simple product substitution. This was essential to preserving the integrity of the solution while keeping the response procurement ready.
Implementation
Qabas translated the design into a full response structure covering technical compliance, non technical compliance, pricing logic, service schedules, and transition assumptions. The work connected infrastructure architecture with procurement discipline, ensuring that the solution could be evaluated as a coherent enterprise platform rather than as a loose collection of hardware, licences, and implementation tasks.
The implementation value lay in integration. Qabas aligned compute, storage, hypervisor choice, support model, training, and service commitments into one proposal logic, giving the client a clearer route from RFP response to deployable infrastructure programme.
Results
The client obtained a materially stronger basis for renewing its core infrastructure environment. The programme established a clearer path to a modern hyperconverged platform with stronger resilience, more disciplined scaling logic, and better alignment between site specific needs and enterprise control.
Just as importantly, the engagement converted a technically complex requirement into a commercially and procedurally robust proposal. By combining architecture design with compliance structure and implementation logic, Qabas helped position the project as a credible infrastructure transition rather than a capital purchase alone.
This engagement demonstrated Qabas’s ability to manage complex enterprise infrastructure programmes where architecture, resilience, procurement discipline, and execution readiness must all work together. The outcome was a cleaner, more governable foundation for long term digital operations.
*We take our clients’ confidentiality seriously; whilst names are changed, outcomes remain real.
