Data Center

A New GCC, Fully Operational in 90 Days 

Updated: July 20, 2026

A New GCC Fully Operational in 90 Days 
6 Minutes Read

How a GCC Stood Up Its India Infrastructure in 90 Days

An illustrative case study based on representative GCC infrastructure engagements. The organisation is not named; the protagonist's name has been changed on request. Figures are indicative of outcomes typical of such projects.

Up Front 

  • The situation: A global company setting up its first India capability centre had committed a go-live date to its board, and the entire technology foundation, data center, network, backup and an AI-ready base, had to be built from nothing without slipping that date. 

  • The move: Rather than assemble a dozen separate vendors, the centre appointed a single integrator to design, build and validate the whole stack against one 90-day plan, with one party accountable for the date. 

  • The outcome: The centre was fully operational in 90 days, on the committed date, with tested backup and disaster recovery from day one and an AI-ready foundation that spared a later rebuild. 

A new capability centre is judged by its first date. 

When Sanjay Gupta (name changed on request) was appointed to lead a global company's first Global Capability Center in India, he inherited a promise his leadership had already made to the board: the centre would be operational by a specific date, with teams working and systems live. The strategy, the hiring plan, the mandate to move real work to India, all of it rested on a technology foundation that did not yet exist. No data center. No network. No backup. Nothing. And a clock that had started before he arrived. 

He understood what the date really measured. It was not just when the servers switched on. It was whether the parent could trust its new India centre to deliver, from the very first commitment. Miss it, and every future conversation would start from doubt. Hit it, and the centre would earn the autonomy to do more. The infrastructure was not an IT project. It was the centre's first proof that it could be relied upon. 

The Problem: A Full Stack, From Nothing, Against a Fixed Date 

Standing up a capability centre's infrastructure means building the whole stack at once. A data center with compute and storage. A network connecting the centre to the parent and the world, securely. Backup and disaster recovery, because the parent's risk team would not approve go-live without it. And, increasingly, an AI-ready foundation, so the centre was not obsolete on day two. Each of those is a substantial undertaking on its own. Together, on a fixed date, in a country the parent's central team did not know well, they are a coordination problem more than a technical one. 

The default approach makes it worse. Appoint a separate vendor for each layer, servers from one, storage from another, network from a third, backup from a fourth, and the centre inherits the job of stitching them together and chasing the seams. Every handoff is a place where the date can slip, and no single supplier owns the outcome. When one blames another, the schedule is what suffers. For a centre whose credibility rode on a single date, that diffusion of accountability was the real risk, larger than any one technical decision. 

The Decision: One Plan, One Accountable Owner 

Gupta's team made the call that shaped everything else. Instead of many vendors and a stitching job, they appointed a single integrator to design, build, migrate and validate the entire foundation against one plan, with one party accountable for the date.  

The reasoning was about risk, not convenience. A single accountable owner meant one throat to hold when a decision was needed fast, one team that understood how the data center, network, backup and AI-ready base fit together, and one plan in which the dependencies were visible rather than hidden between suppliers. Local presence mattered as much: an integrator with people, spares and support on the ground in India could move at the speed a 90-day clock demanded, rather than at the pace of shipments and time zones. The centre was not buying boxes. It was buying certainty about a date. 

The 90 Days: Three Phases, One Clock 

The work was sequenced into three thirty-day phases, each with a clear exit before the next began.

Phase Days What happened
Design & procure 1 - 30 The full stack designed as one system; hardware and connectivity ordered against confirmed lead times; the plan and dependencies locked.
Build & integrate 31-60 Data center, network and backup built and integrated; the AI-ready foundation laid; security baked in, not bolted on.
Validate & hand over 61-90 End-to-end testing, disaster-recovery rehearsal, security validation, and handover to the centre's teams as they onboarded.

The discipline was in the sequencing. Because one partner held the whole plan, procurement in the first phase was sized to real lead times rather than optimistic ones, integration in the second did not wait on handoffs between rival vendors, and validation in the third was a genuine test, including a rehearsed disaster recovery, rather than a rushed sign-off. Nothing was left to be "finished later." The centre went live validated, not hopeful. 

The Outcome: On the Date, and Ready for What Came Next 

The centre opened operational on the committed date, and the date held for a reason: one plan, one owner, no seams to chase.

Measure Result
Time to operational  90 days, from nothing to live 
The committed date  Met, with no slip 
Backup & DR  Tested and rehearsed before go-live, not after 
AI-readiness  Foundation laid, so no early rebuild 
Accountability  One integrator owned the outcome end to end 

Gupta was clear about what the ninety days actually bought. Not just infrastructure, but the parent's confidence. The centre had made a commitment and kept it, which changed how headquarters spoke about India from that point on. The teams onboarded into a secure environment, backed up and ready, rather than one still being finished around them. And because the foundation was AI-ready from the start, the centre could take on more ambitious work later without another disruptive build. The first date, hit cleanly, became the platform for everything the centre was allowed to do next. 

What Made It Work 

Ninety days sounds like a story about speed. It is really a story about accountability. The centre did not move fast because corners were cut; it moved fast because one partner owned the whole plan, worked from local presence, and was answerable for the date. Spread that ownership across a dozen vendors and the same scope takes far longer and lands with far more risk. 

That single-owner, full-stack delivery is exactly what Proactive Data Systems does for capability centres establishing in India: data center, network, backup and an AI-ready foundation, designed, built and validated as one accountable programme. As a Cisco Preferred Cloud and AI Partner, Dell Platinum Partner and NetApp Preferred Partner with 35 years in enterprise IT, more than 1,500 organisations served, and a 24/7 service desk in India, we own the outcome from first design to day-two operations, and to the date. To stand up your own centre on a committed timeline, ask Proactive for a GCC infrastructure assessment. 

Frequently Asked Questions

With the full stack, data center, network, backup and an AI-ready foundation, delivered as one accountable programme, a capability centre can be operational in around 90 days. The key is a single integrator owning one plan against confirmed lead times, rather than coordinating many separate vendors, which is where timelines usually slip.
A capability centre needs compute and storage in a data center, secure networking to the parent and beyond, backup and tested disaster recovery, and increasingly an AI-ready foundation so it does not need rebuilding as work grows more advanced. Delivering these together, rather than as separate projects, is what makes a fast, reliable go-live possible.
Because a fixed go-live date is a coordination problem as much as a technical one. A single integrator owns the whole plan, sees the dependencies between layers, and is accountable for the date, so there are no seams between vendors to chase. Local presence, people and spares in India, lets the work move at the pace the timeline demands.
Yes, where budget allows, because retrofitting AI infrastructure later means another disruptive build. Laying an AI-ready foundation during the initial standup, the right power, cooling and networking headroom, lets the centre take on advanced workloads as it matures without tearing up what it started with.

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