GCC Break-Even Math: When Does Your India Captive Pay Back? (100-, 300- and 500-Person ROI Models for 2026)
Every GCC business case eventually lands on the same CFO question: when do we recover the money? Setup cost is the easy part. Payback is the honest one.
The vendor decks say 18 months. Board rooms hope for 24. Real GCCs, in our experience running the payroll and compliance layer for several dozen of them across India, hit break-even somewhere between month 14 and month 32 depending on size, function mix, city and how disciplined the ramp is. This piece gives you the math to model your own case, three worked scenarios at 100, 300 and 500 seats, and the two variables that move payback more than anything else in your control.
If you’re still deciding whether a GCC beats an EOR or BOT arrangement for your India entry, our GCC vs EOR India comparison and GCC Setup India Playbook cover the choice framework. This one assumes the choice is made — you’re building — and you need the ROI story.
The benchmark you’re recovering against
Break-even for a GCC isn’t measured against zero. It’s measured against what the same work would cost you doing it at headquarters — or through a third-party vendor. That’s the counterfactual. If a 300-person offshore engineering team saves you $18M per year versus running the same headcount in San Francisco or London, your GCC pays back the moment your cumulative Indian operating cost + setup cost equals that avoided $18M.
Typical India-vs-parent cost savings by function, using 2026 fully-loaded costs:
| Function | India loaded cost/FTE/year | US/UK loaded cost/FTE/year | Annual saving/FTE |
|---|---|---|---|
| Mid-level product engineer | USD 24,000 – 32,000 | USD 165,000 – 220,000 | USD 140,000 – 190,000 |
| Senior engineer / tech lead | USD 45,000 – 65,000 | USD 240,000 – 320,000 | USD 195,000 – 275,000 |
| Data / ML engineer | USD 30,000 – 50,000 | USD 210,000 – 290,000 | USD 180,000 – 240,000 |
| F&A analyst | USD 12,000 – 20,000 | USD 85,000 – 115,000 | USD 73,000 – 95,000 |
| Customer support agent (L2) | USD 7,500 – 12,000 | USD 55,000 – 70,000 | USD 47,500 – 58,000 |
| Business analyst | USD 15,000 – 25,000 | USD 105,000 – 145,000 | USD 90,000 – 120,000 |
These are the numbers that make GCC business cases work. What most vendor models understate is the cost side in India — because that’s where they don’t want you looking too hard.
Setup cost — what you actually pay before revenue-equivalent starts
Setup is a one-time bucket that hits before your first Indian employee produces anything useful. Realistic 2026 numbers, itemised:
| Setup line item | 100-person GCC | 300-person GCC | 500-person GCC |
|---|---|---|---|
| Entity incorporation (Pvt Ltd, DIN, PAN, TAN, GST, PF/ESIC registrations) | Rs.6-10 lakhs | Rs.8-12 lakhs | Rs.10-15 lakhs |
| Legal, tax, transfer pricing structuring | Rs.15-25 lakhs | Rs.25-40 lakhs | Rs.40-60 lakhs |
| Real estate fit-out (managed office or lease + build) | Rs.1.2-2.0 Cr | Rs.3.5-5.5 Cr | Rs.6-9 Cr |
| IT infrastructure, laptops, network, security | Rs.60-90 lakhs | Rs.1.8-2.5 Cr | Rs.3-4 Cr |
| Recruitment (agency fees, referrals, first-wave hiring) | Rs.80 lakhs – 1.2 Cr | Rs.2.4-3.5 Cr | Rs.4-6 Cr |
| Site leader relocation + first 6 months at parent-country cost | Rs.60-90 lakhs | Rs.90 lakhs – 1.5 Cr | Rs.1.5-2.5 Cr |
| Contingency (10-15%) | Rs.35-55 lakhs | Rs.85 lakhs – 1.4 Cr | Rs.1.5-2.5 Cr |
| Total setup cost | Rs.3.8-5.9 Cr (USD 460K-720K) | Rs.10-15 Cr (USD 1.2M-1.8M) | Rs.16-24 Cr (USD 1.9M-2.9M) |
Most vendor quotes underclock the recruitment line and the site leader line. Both are where our benchmarks look higher than what you’ll see elsewhere. They’re higher because we’ve watched enough GCCs miss their year-1 headcount ramp to know these two categories eat cost overruns first.
Steady-state annual run-rate — what your CFO signs off on year after year
Once the site is up and staffed, the annual bill has four buckets. Realistic 2026 ranges assuming a mix of engineering and support roles at Bangalore/Hyderabad cost levels:
| Annual cost bucket | 100-person | 300-person | 500-person |
|---|---|---|---|
| Fully-loaded people cost (salary + statutory + benefits) | Rs.18-24 Cr | Rs.54-72 Cr | Rs.90-120 Cr |
| Facility (rent, utilities, cafeteria, admin) | Rs.2.5-3.5 Cr | Rs.6-9 Cr | Rs.10-14 Cr |
| IT, tools, licenses, cybersecurity | Rs.1.5-2.5 Cr | Rs.4-6 Cr | Rs.7-10 Cr |
| Compliance, audit, legal, transfer-pricing study, statutory filings | Rs.40-70 lakhs | Rs.80 lakhs – 1.2 Cr | Rs.1.2-1.8 Cr |
| Total annual run-rate (steady-state) | Rs.22.4-30.7 Cr (USD 2.7M-3.7M) | Rs.64.8-88.2 Cr (USD 7.8M-10.6M) | Rs.108.2-145.8 Cr (USD 13M-17.5M) |
Two numbers to watch as your GCC ages: wage inflation runs 8-11% annually for tech roles in Indian tier-1 cities, and attrition sits at 18-24% in mainstream product-engineering GCCs (higher for AI/ML, lower for compliance/support). Both compound. A run-rate that looks comfortable in year 2 gets uncomfortable in year 4 if the parent-country counterfactual isn’t also inflating.
The ramp curve — why your first 12 months don’t hit full savings
Nobody starts a GCC at 300 seats on day one. You hire in waves, and each wave has ramp time before they produce parent-country-equivalent output. A realistic ramp curve for a 300-person target GCC:
| Month | Headcount | Productive-equivalent FTE | Savings realised vs parent-country |
|---|---|---|---|
| Month 3 | 15-25 | ~5 | Rs.4-6 Cr annualised |
| Month 6 | 60-80 | ~30 | Rs.24-36 Cr annualised |
| Month 9 | 140-180 | ~110 | Rs.88-132 Cr annualised |
| Month 12 | 230-270 | ~200 | Rs.160-240 Cr annualised |
| Month 15 | 290-310 | ~275 | Rs.220-330 Cr annualised |
| Month 18 (steady) | 300 | ~295 | Full savings, ongoing |
Productive-equivalent FTE lags headcount by roughly 2-3 months per wave. Onboarding, security clearances, tooling access, shadow-of-a-senior, first working sprint — none of that produces measurable output on the parent-country ledger. Model your savings on productive-equivalent, not on headcount.
Three worked ROI models — 100, 300, 500 seats
Assumptions common to all three:
- Engineering-heavy mix (70% engineers, 20% support, 10% G&A)
- Bangalore or Hyderabad location
- Average savings/productive FTE/year: Rs.1.2 Cr (~USD 145K)
- Wage inflation: 9% year-on-year
- Attrition backfill costs baked into year-2 and year-3 run-rate
Model 1: 100-person GCC
| Line | Year 1 | Year 2 | Year 3 |
|---|---|---|---|
| Setup cost (one-time) | Rs.4.5 Cr | – | – |
| Operating run-rate | Rs.14 Cr (ramp) | Rs.26 Cr | Rs.28.5 Cr |
| Cumulative Indian cost | Rs.18.5 Cr | Rs.44.5 Cr | Rs.73 Cr |
| Productive-equivalent FTEs (avg for year) | ~50 | ~95 | ~97 |
| Savings vs parent country (@ Rs.1.2 Cr/FTE) | Rs.60 Cr | Rs.114 Cr | Rs.126 Cr (post-inflation) |
| Net saving cumulative | Rs.41.5 Cr | Rs.111 Cr | Rs.211 Cr |
| Break-even | Month 10-12 | ||
Model 2: 300-person GCC
| Line | Year 1 | Year 2 | Year 3 |
|---|---|---|---|
| Setup cost (one-time) | Rs.12 Cr | – | – |
| Operating run-rate | Rs.42 Cr (ramp) | Rs.76 Cr | Rs.83 Cr |
| Cumulative Indian cost | Rs.54 Cr | Rs.130 Cr | Rs.213 Cr |
| Productive-equivalent FTEs (avg for year) | ~140 | ~285 | ~290 |
| Savings vs parent country (@ Rs.1.2 Cr/FTE) | Rs.168 Cr | Rs.342 Cr | Rs.378 Cr (post-inflation) |
| Net saving cumulative | Rs.114 Cr | Rs.326 Cr | Rs.621 Cr |
| Break-even | Month 8-10 | ||
Model 3: 500-person GCC
| Line | Year 1 | Year 2 | Year 3 |
|---|---|---|---|
| Setup cost (one-time) | Rs.20 Cr | – | – |
| Operating run-rate | Rs.70 Cr (ramp) | Rs.127 Cr | Rs.138 Cr |
| Cumulative Indian cost | Rs.90 Cr | Rs.217 Cr | Rs.355 Cr |
| Productive-equivalent FTEs (avg for year) | ~230 | ~475 | ~485 |
| Savings vs parent country (@ Rs.1.2 Cr/FTE) | Rs.276 Cr | Rs.570 Cr | Rs.633 Cr (post-inflation) |
| Net saving cumulative | Rs.186 Cr | Rs.539 Cr | Rs.1,033 Cr |
| Break-even | Month 7-9 | ||
Bigger GCCs break even faster because setup cost doesn’t scale linearly with headcount. A 500-person setup isn’t 5x the cost of a 100-person setup — it’s roughly 4.5x — while productive savings scale 1:1 with productive-equivalent FTEs. The unit economics improve with scale.
The two variables that move break-even the most
Everything in your ROI model is somewhere between fixed and semi-fixed. Two variables are actually within your control and move payback more than any other:
1. Speed of ramp
Every month of delayed ramp costs you the corresponding month of parent-country savings. A 300-person GCC that hits headcount in month 15 instead of month 12 loses roughly Rs.85 Cr of avoided cost in the difference. That’s more than the entire setup budget.
Ramp fails on two things, in this order: (a) recruitment throughput — how many quality hires you make per week — and (b) tooling access — the wait for VPN, source-control, staging access, security clearances. Fix recruitment by starting sourcing 60 days before your entity is legally live (via EOR bridge hiring). Fix tooling by treating IT enablement as a critical-path project, not an afterthought.
2. Attrition in year 2 and 3
Every 5 percentage points of attrition above 20% adds roughly 1.5-2 months to your break-even because you’re re-paying recruitment and ramp cost against a smaller productive-equivalent headcount. A GCC running at 30% attrition is a business case in slow decline.
Attrition levers are mostly non-obvious. Cash isn’t the biggest one. Career path visibility, project variety, connection to the parent company, and a competent site leader all matter more than a 5% salary bump. The most successful GCCs we see run tight retention playbooks from month 6, not month 18 when the exit interviews start telling them what they should have done.
Two mistakes that break the model
Over-hiring senior local leadership too early. A site head at Rs.1.5 Cr, a program manager at Rs.85 lakhs, three engineering managers at Rs.60 lakhs each — that’s Rs.4.2 Cr of annualised cost against a headcount of maybe 20 productive engineers in month 6. You’ve imported the parent-country org-chart cost structure without the parent-country revenue. Ramp your senior layer proportionally to your bottom-of-pyramid.
Under-investing in transfer pricing structure at year 1. A cost-plus 8-15% markup arrangement between your India entity and the parent needs a proper transfer pricing study, benchmarking documentation and inter-company agreements. Skip it and year-3 audit assessments can hit Rs.20-40 Cr on a 300-person GCC. The Rs.25-40 lakh you would have spent on doing it right at setup is invisible for two years and then catastrophic in year three.
How TMS accelerates your break-even
We don’t sell GCC “consulting” as a headline service — we run the operational layer that lets your India entity focus on capability, not compliance. What that translates to for your ROI:
- 60-day faster ramp via EOR bridge. Start hiring under our EOR the moment you commit; transfer to your entity when incorporation completes. Every hire ramped 2 months earlier is Rs.20 lakh+ of avoided parent-country cost per year.
- Payroll and statutory compliance from day one. Multi-state PF, ESIC, PT, LWF, TDS, PF/ESIC audits, F&F within 48 hours. No need to build an in-house compliance function until you cross ~300 seats.
- Transfer pricing coordination. We work with your parent-country tax team and Indian CA firm to make sure the inter-company arrangement is defensible from year 1.
- Twenty-year zero-penalty compliance record. The invisible risk on your business case is a mid-cycle penalty or audit assessment that torches the ROI. This is where we compete.
Explore TMS GCC services → or read the GCC Setup Cost & Timeline India 2026 for the full setup budget breakdown.
Frequently asked questions
How long does a typical India GCC take to break even?
Realistic 2026 break-even is 7-12 months for a 300-500 person GCC, 10-14 months for a 100-person GCC. Vendor claims of “18 months” usually assume a slower ramp and a lower parent-country counterfactual than most real business cases have.
Why do larger GCCs break even faster than smaller ones?
Setup cost does not scale linearly with headcount. A 500-person setup is roughly 4.5x the cost of a 100-person setup, while productive savings scale 1:1 with productive-equivalent FTEs. Fixed costs — entity setup, transfer pricing structure, senior site leadership — get spread across more heads.
What is a productive-equivalent FTE in a GCC business case?
An employee who is producing work at a level comparable to what a parent-country FTE would produce. New hires need 2-3 months of onboarding, tooling access, and shadow-of-a-senior before they hit that level. Modelling savings on headcount rather than productive-equivalent overstates year-1 savings by 20-30%.
What is the biggest hidden cost in a GCC ROI model?
Recruitment agency fees, referral bonuses and the ramp period between offer and productive output. Together these can run 25-40% higher than initial vendor quotes for the first hiring wave. Budget conservatively; a 30% cushion on the recruitment line is normal.
How does wage inflation affect long-term GCC ROI?
Indian tech wages inflate 8-11% annually in tier-1 cities. If parent-country wages inflate only 3-4%, the cost gap narrows over time. A GCC with a 4x cost differential at year 1 typically has a 3.4-3.6x differential by year 5. ROI stays positive but the savings curve flattens.
How does attrition impact break-even?
Every 5 percentage points of attrition above 20% adds roughly 1.5-2 months to break-even, because you re-pay recruitment and ramp cost against a smaller productive-equivalent headcount. GCCs running above 30% attrition often see the business case erode entirely by year 3.
Can we use EOR to accelerate our GCC ramp?
Yes, and this is one of the highest-ROI moves available. TMS hires under EOR while your entity incorporates (typically 60-90 days), then transfers employees to the entity when it’s live. Every hire ramped 2 months earlier is roughly Rs.20 lakh of avoided parent-country cost per year — often paying back the EOR fees several times over in the first year alone.
What transfer pricing markup should we use for our India GCC?
Cost-plus 8-15% is the market norm for captive service GCCs in India, backed by a transfer pricing study benchmarking against comparable third-party arrangements. The specific rate depends on function mix, risk profile and value-add. This is where a proper year-1 TP study pays for itself many times over versus a year-3 audit assessment.
How much should we budget for GCC compliance and audit annually?
For a 100-300 person GCC, Rs.40-80 lakh per year covers statutory audit, tax filings, transfer pricing study updates, PF/ESIC compliance, and labour code obligations. For 500+ headcount, budget Rs.1-1.5 Cr. Under-investing here is the single most common source of year-3 shocks.
What role does TMS play in a client’s GCC?
TMS runs the operational compliance layer — payroll, statutory filings, multi-state PF/ESIC/PT, F&F, transfer pricing coordination, EOR bridge hiring — so your GCC can focus on capability and delivery. We are not a consulting firm; we are the ongoing back-office partner most successful GCCs quietly rely on.
Model disclaimer: All figures in this article — setup cost ranges, operating run-rates, salary benchmarks, savings assumptions, ramp curves, break-even timelines — are illustrative market averages TMS has observed across live GCC engagements in India as of 2026. Actual costs and payback depend on function mix, city, seniority profile, parent-country counterfactual, market conditions, and execution discipline. Statutory rates reflect the Labour Codes operational from 21 November 2025. Nothing here is a firm quote or financial advice; for a binding cost model tailored to your GCC, contact the TMS team.