Answer Box: Quick Take on the 1-3-5 Year Total Cost Model
A 1-3-5 year Total Cost Model (TCM) shows the real cost of running a Global Capability Center versus outsourcing (/decide/gcc-vs-outsourcing/).
Year 1 is shaped by one-time costs.
Year 3 reflects operational stability.
Year 5 shows long-term value and capability.
The curve usually shifts in favour of GCCs once leadership, attrition, and FX effects are included.
Understanding the Total Cost Model for Global Delivery
A company’s global delivery strategy depends on long-term clarity. This is why the 1-3-5 year TCM has become the standard lens for comparing GCCs with outsourcing partners.
The question is simple: What does it truly cost to run a delivery engine over five years?
The answer is never the salary line alone.
The answer lies in inflation, benefits, talent maturity, office requirements, leadership additions, vendor margins, FX swings, and attrition.
When all these elements are measured together, the difference between outsourcing and a GCC becomes clearer.
The 1-3-5 model helps companies make decisions with precision, not instinct.
Key Assumptions in a 1-3-5 Year Cost Model
A reliable model must state its assumptions openly.
Most GCC and outsourcing comparisons fail because the assumptions are either incomplete or unrealistic.
Below are the assumptions that matter most across 1, 3, and 5 years.
Wage Bands
Talent cost depends on role, seniority, and geography.
Junior engineers grow in cost at one rate. Principal engineers follow a different curve.
Your TCM must apply these categories separately.
Benefits
Benefits add between 18 and 30 percent depending on:
- insurance coverage
- LTA/bonus
- leave policies
- statutory payments
- professional development allowances
This portion compounds every year.
Inflation
Inflation directly affects salary increments, benefits, rental contracts, and vendor renewals.
A realistic model assumes predictable yearly increments tied to skill band and geography.
Attrition
Attrition influences replacement cost, onboarding time, lost productivity, and team stability.
In a GCC, leadership and culture can stabilise attrition after year two.
Vendor attrition rates often remain higher because the teams are shared across clients.
Leadership
GCCs introduce leadership roles earlier in the cycle.
These roles anchor architecture, governance, and capability growth.
Outsourcing partners distribute leadership costs across clients, but this is reflected in their margins.
FX Movement
Currency movement can change the cost base in either direction.
The 1-3-5 view smooths this risk.
These assumptions give the model credibility.
Without them, cost comparisons do not hold.
One-Time vs Ongoing Costs: The Elements Companies Miss (/build/costs-one-time-vs-ongoing/)
Most companies underestimate one-time costs or misclassify them as ongoing.
Others ignore ongoing costs that rise sharply over time.
Below is a clear breakdown.
One-Time Costs (Year 1)
Entity Setup
Registrations, approvals, legal work, and related filings.
This cost applies only in GCC models.
Office Setup
Furniture, security systems, hardware procurement, and connectivity.
Partner Fees (If Applicable)
For Partner-Assisted or BOT models (/decide/build-operate-transfer/).
Recruitment Surge
Bulk hiring campaigns, assessments, onboarding activities.
Knowledge Transfer
Travel for initial knowledge transfer or onboarding with HQ teams.
These costs front-load the GCC curve.
This is why Year 1 for outsourcing appears lighter.
Ongoing Costs (Year 1, 3, and 5)
Salaries and Benefits
Stable increments each year, influenced by inflation and seniority.
Office Lease
Rent grows at a fixed annual increase.
Compliance
Payroll, labour compliance, data privacy obligations, and statutory filings.
Leadership Growth
Principal engineers, architects, product managers, security leads, and site heads enter your TCM once scale expands.
Travel
Quarterly alignment visits, planning cycles, and cross-site meetings.
Technology and Infrastructure
Cloud storage, VPNs, licensing, MDMs, and productivity tools.
Vendor Margins
Outsourcing cost curves rise gradually because vendor margins do not shrink.
GCCs avoid this recurring layer.
Companies that understand these differences are better equipped to compare GCCs and outsourcing with clarity.
The 1-3-5 Year Horizon: How Each Curve Behaves
A 1-3-5 TCM tells a clear story.
The story unfolds differently across each horizon.
Year 1: Setup Advantage for Outsourcing
Outsourcing is faster to start and carries fewer one-time costs.
The vendor absorbs:
- entity burden
- hiring infrastructure
- basic compliance
- office space
- HR processes
GCCs face:
- entity setup
- leadership hiring
- bulk onboarding
- office setup
- initial governance alignment
The Year 1 cost difference is real.
However, it is narrow when vendor margins are included.
Year 3: Stabilisation and Capability Shift
By Year 3, GCCs stabilise.
Attrition drops because teams work directly for the parent company.
Leadership is established.
Product ownership matures.
Engineering quality improves through consistency and shared culture.
Outsourcing teams at this stage still carry:
- vendor margins
- higher attrition
- limited product ownership
- fluctuating team composition
The cost curves begin to cross around this period.
Year 5: Long-Term Value Favouring GCCs
The GCC curve becomes predictable.
Ownership, stable leadership, and reduced rework create efficiency.
Vendor margins compound in outsourcing models.
Architecture drift, knowledge churn, and lower product alignment increase long-term costs.
This is why most multi-year TCMs favour GCCs in Years 3 to 5.
The GCC model rewards stability.
The outsourcing model rewards flexibility but becomes expensive for long-term product work.
Total Cost Comparison Table (1-3-5 Years)
Below is a simplified view that mirrors the pattern seen in most mature models.
Cost Category | Year 1 | Year 3 | Year 5 |
GCC People Cost | Medium | Medium | Low relative to capability |
Vendor People Cost | Medium | High | Very High |
GCC One-Time Cost | High | Already absorbed | No impact |
GCC Leadership Cost | Medium | Medium | Medium |
Vendor Leadership Cost | Included in margins | Included in margins | Included in margins |
Compliance | Medium | Medium | Medium |
Rework Cost | Low | Lower | Lowest |
Vendor Rework Cost | Medium | High | Very High |
Attrition Impact | Medium | Low | Low |
FX Sensitivity | Medium | Medium | Medium |
This table clarifies a key point:
Over time, vendor costs rise because of hidden elements like rework and churn.
GCC costs stabilize and then decline in relative terms as capability grows.
Sensitivity Analysis: What Drives Cost Breakpoints
A TCM is only meaningful if it shows how the curve shifts under certain conditions.
Below are the main sensitivities.
Attrition Sensitivity
Attrition influences productivity loss, knowledge drain, and replacement cost.
Outsourcing attrition has a multiplier effect because teams are shared across clients.
GCC attrition stabilises after culture and leadership take hold.
A 5 percent change in attrition can move the break-even point by six to twelve months.
Inflation Sensitivity
Inflation affects salary increments.
Both vendors and GCCs feel this, but it influences vendor margins as well.
High inflation accelerates vendor cost escalation.
Leadership Density
Leadership is expensive but stabilises teams and reduces rework (/build/hiring-plan-velocity/).
A GCC with strong leadership breaks even faster because quality improves earlier.
FX Movement
FX swings can change short-term costs but have limited long-term impact when smoothed across five years.
Vendor Margin
Vendor margin is the most misunderstood factor.
Margins compound every year.
This single variable often pushes outsourcing above GCC cost lines by Year 3.
A sensitivity analysis reinforces what the market has observed:
Break-even points shift, but the direction rarely changes.
How to Read the 1-3-5 Cost Curves
A good TCM has three versions of each curve.
- Base model
Assumes normal attrition, inflation, and leadership depth.
Crosses around Year 3. - High vendor-margin model
Crosses earlier because vendor churn and rework accelerate cost. - Low GCC leadership model
Cross may shift forward because capability stabilises later.
The purpose of the curves is not to find the “cheapest” option.
The purpose is to identify which model supports your goals.
If you want flexibility in Year 1, outsourcing wins.
If you want capability and ownership by Year 3, GCCs win.
If you want durability by Year 5, the GCC model leads clearly.
FAQs
Most companies ignore rework cost, attrition cost, leadership cost, and vendor margin. These variables have the strongest impact on five-year models.
In most cases, yes. The combination of strong leadership, lower attrition, and reduced rework pushes GCCs below vendor models in long-term curves.
Leadership stabilises architecture and improves team consistency. A GCC with strong leaders reaches break-even faster because rework drops early.
FX movements matter in the short term but have limited long-term effect because delivery models are designed for multi-year horizons.
Vendor margins are charged every year. GCCs do not have this recurring layer. Over time, vendor margins compound and drive higher long-term cost.
Statutory costs include PF, gratuity, insurance, bonuses, and other local compliance obligations. These costs must be added to salary for accurate modelling.
Engineering, data, cloud, and platform teams benefit the most because they need steady leadership and long-term ownership.
Outsourcing remains cost-effective for short-term projects, fixed-scope work, and transactional teams that do not require long-term context.
Use a sensitivity analysis with low, medium, and high assumptions. This creates a more realistic picture of how the cost curve might move.
Yes. As teams mature and culture stabilises, rework falls, knowledge retention improves, and leadership reduces waste. These changes lower cost in long-term curves.
