GCC for PE portfolio companies: the India playbook

A Global Capability Center gives a portfolio company its own engineering team in India: owned capability instead of vendor spend, at a cost structure that shows up directly in EBITDA. Over 500 PE-backed centers already operate in India, and for a portfolio company past roughly twenty engineers of sustained need, the math usually beats both outsourcing and onshore hiring. The catch is that a GCC is a fixed commitment, so it rewards steady demand and a hold period long enough to amortise the setup.

This is the playbook, written for operating partners and portfolio-company CTOs and CFOs who think in EBITDA and value-creation plans, not in tech vocabulary.

Why are PE firms building GCCs inside portfolio companies?

Because a GCC converts recurring vendor spend into owned capability that survives the exit and transfers as an asset. That is a value-creation lever, not just a cost cut.

The scale is no longer experimental. India hosts 583 mid-market GCCs and 504 PE-backed centers alongside 506 Forbes Global 2000 centers, per the Zinnov-Nasscom GCC Landscape FY2026 report. Those PE-backed centers are the relevant number here: private equity has moved the model from a large-enterprise habit into a standard portfolio-company play.

The logic maps cleanly onto hold-period math. A vendor relationship is an operating expense that stays an operating expense forever, with the vendor keeping the margin and the institutional knowledge. A GCC takes that same money and builds a team the company employs directly, with the code, the documentation, and the people all sitting inside the business. At exit, one is a dependency an acquirer discounts for, and the other is capability an acquirer pays for. The growth signal supports the direction of travel: mid-sized GCCs are growing at roughly 6.2% CAGR, outpacing the broader market's ~4.5%, per Inductus GCC data.

When does a GCC make sense for a portfolio company, and when doesn't it?

It makes sense when there is sustained, ongoing engineering need and a hold period long enough to amortise the setup. It does not make sense for short, spiky, or uncertain demand, where renting capability is the honest answer.

The threshold is not a slogan; it is arithmetic. A GCC carries fixed costs: entity, governance, management, facilities. Those costs are justified by steady volume, which is why roughly twenty engineers of continuous need is a reasonable floor. Below that line, the overhead does not amortise, and you are better served by augmenting your team with dedicated engineers you can scale up or down without a standing structure.

Hold period is the second gate. A center set up eighteen months before a sale has barely paid back its formation cost. One established early in a multi-year hold has time to convert into both a running cost advantage and a diligence asset. If the need is genuine but either the volume or the runway is not there yet, the correct move is to start with augmentation and convert to a GCC when the demand has proven itself durable. That sequencing is not a compromise; it is the disciplined version of the same strategy.

What does a portfolio-company GCC cost?

Less than the onshore equivalent, and without the vendor margin, but the honest answer is a modeled number rather than a headline one. The saving comes from a fully-loaded India engineer typically costing a fraction of an onshore fully-loaded hire.

There are three cost structures to compare, and the differences are structural rather than cosmetic. Onshore hiring carries the highest fully-loaded cost per engineer and the tightest talent market. A vendor adds its own margin on top of its delivery cost, which is the price of variability and of not having to run the operation yourself. A GCC removes that margin and lowers the base cost, in exchange for taking on the fixed overhead of running the center.

We deliberately avoid publishing per-engineer figures here, because a real number depends on seniority mix, location, function, and scale, and a made-up average would be worse than useless. The defensible way to size it is to model your actual team shape against real market rates, which is what a scoping conversation produces. If you want that modeled against your portfolio company's specific plan, talk to us; the point of this section is the shape of the comparison, not a figure to quote in a committee deck.

Build, buy, or BOT: which path for a portfolio company?

Build-Operate-Transfer is usually the de-risked path for a mid-market portfolio company: a partner builds and runs the center, and you take ownership at a defined trigger. It splits the difference between doing it all yourself and renting capability forever.

The three options are genuinely different bets. Building it yourself gives maximum control and the lowest steady-state cost, at the price of the steepest setup risk: you are hiring, incorporating, and learning a new operating environment simultaneously, in a market you do not know. Buying capability through a vendor is the lowest-effort option and the fastest to start, but you never own what you are paying for. Build-Operate-Transfer is the middle path: the partner stands the center up using an existing entity and hiring engine, operates it while it stabilises, and transfers ownership to you at an agreed point, so the capability ends up yours without you having carried the formation risk.

This is the model we run, and it exists precisely because the mid-market cannot always absorb the setup risk of a pure build but does not want the permanent dependency of pure outsourcing. Our global capability center work is built around that transfer being clean and real, not a marketing label on a staffing contract. For a portfolio company, the appeal is specific: you get owned capability on your balance sheet with the early-stage execution risk carried by someone who has done it before.

What does a GCC do to valuation at exit?

It turns engineering from a cost line and a dependency into an asset a buyer can underwrite. Owned capability and owned IP read very differently in diligence than a stack of vendor contracts.

Think about what an acquirer actually assesses. A company whose product is delivered by an outsourcer faces an obvious question: what happens to delivery, cost, and knowledge if that relationship changes after the deal? That uncertainty is a discount. A company that owns its engineering team, its code, and its documentation presents the opposite: a capability that transfers with the business and keeps running through the transaction. The GCC is not just cheaper delivery during the hold; it is a cleaner story at the table.

That is why the model belongs in a value-creation plan rather than only in a cost-reduction one. The centers themselves point at a market that keeps deepening: industry projections put India's GCC economy above $100B by 2030 (NASSCOM/Zinnov projections). A portfolio company that builds owned capability early is positioning inside that trend rather than renting around it, and doing so in a way that shows up when the business is sold. For proof of what these teams ship, our work covers the kind of delivery a portfolio-company center is set up to own.

How do portfolio-company GCCs fail?

They fail on governance, on hiring for volume instead of precision, and on being treated as a cost center rather than a capability. Every one of those failure modes is avoidable, and each is a decision rather than an accident.

Governance underinvestment is the most common. A GCC is an operating unit, not a hiring event, and the ones that struggle are the ones where nobody senior owns its performance, its priorities, or its integration with the parent. Hiring for volume over precision is the second: filling seats to a headcount target produces a large team that is not the team you needed, and undoing that is expensive and slow. The third is cultural: treating the center as a place to park low-cost work rather than as owned capability to invest in, which guarantees it never becomes the asset the exit thesis assumed.

The through-line is that a GCC rewards being run deliberately. Set up precisely, governed by someone accountable, and staffed for the capability you actually need, it becomes the owned engineering asset the value-creation plan wanted. Set up as a cost-arbitrage afterthought, it becomes an underperforming line item that the eventual buyer discounts. Location is part of getting it right, which is why it is worth reading the honest case for Ahmedabad and GIFT City as a GCC location before defaulting to the saturated metros.