Every US-vs-India engineering cost conversation starts the same way: someone opens a spreadsheet and types in two salaries. $180,000 for the senior engineer in San Francisco. A dramatically lower figure for the engineer in Bangalore. Conclusion drawn, meeting over.
That's exactly where the analysis goes wrong, and we watch it happen weekly at SquadXP.
Salary is one line in the real cost of an engineer. Recruiting fees, benefits, payroll taxes, equipment, office space, management overhead, HR, compliance, hiring delays, turnover and the standing cost of keeping a recruitment machine running all stack on top of it. And the same trap runs in the other direction: a dedicated team engineer looks "expensive" against a raw India salary, until you notice the fee covers recruitment, employment administration, infrastructure and replacement support that an in-house employer pays for separately.
So the right question was never "how much does one engineer earn?" It's "what does it actually cost my company to have one productive engineer on the team?" Our own three-year research puts a senior US backend engineer at roughly $750,000 fully loaded versus roughly $375,000 for India staff augmentation over the same period. Your numbers will vary by role, city and structure, but the lesson doesn't: compare total cost of ownership, never salary alone. Here's how to run that calculation properly.
What "fully-loaded cost" actually means
Fully-loaded cost is the total economic cost of employing and supporting an engineer. The visible layer is salary, bonus, employer contributions and benefits. The layer that wrecks naive budgets is everything else: recruitment and interviewing time, recruiter fees, payroll taxes, health insurance, retirement contributions, paid leave, equipment, software licences, office costs, HR administration, legal and compliance, engineering management, training, severance exposure, replacement hiring and the downtime while a seat sits empty.
Which is why comparing a $150,000 US salary against a $50,000 India salary and declaring India "67% cheaper" is arithmetic, not analysis. The real calculation has more moving parts, and they don't move symmetrically.
The real cost of a US in-house engineer
Take a senior engineer at $170,000 base. Now watch the meter run.
Benefits and compensation. Competitive health coverage, retirement contributions and paid leave add a substantial percentage on top of the offer-letter number. Payroll obligations. Social Security, Medicare, unemployment insurance and other employer-side contributions, invisible in the advertised salary, very visible in the ledger. Recruiting. Sourcing, screening, coordinating and closing costs real money, and external recruiters take a percentage of first-year compensation.
Then add the part nobody invoices: your existing engineers spending dozens of hours interviewing instead of shipping. Management. Engineers don't operate alone; managers, tech leads, product and coordination roles all get allocated across the people they support, and a five-person team carries very different management economics from a fifty-person organisation. Tools, infrastructure and workplace. Laptop, cloud, IDEs, security software, project platforms, plus rent, utilities and facilities for anything that isn't fully remote. Each item is small, the stack not.
The practical upshot: a company that mentally budgets $160,000 for a $160,000 engineer is understating reality by $30,000 to $50,000 or more. Whether your multiplier lands at 1.2x, 1.4x or 1.6x matters less than the principle finance teams already know: salary is not cost.
What changes, and what doesn't, when you go to India
India shifts the economics substantially: compensation levels are meaningfully lower and the talent market is enormous. But swap one lazy assumption for another and you'll get burned again, because "India cost = engineer salary" is just as wrong as the US version.
Build your own Indian operation and you carry legal entity setup, payroll, HR, compliance, office or coworking infrastructure, recruitment, employer contributions, equipment, IT security, local leadership, finance and accounting. A $50,000 salary does not buy $50,000 of engineering output; the position's true annual cost sits well above it, and the company absorbs the full turnover risk, the replacement cycle and the opportunity cost of every vacant month.
This is precisely where the fork in the road appears: in-house India team, or dedicated team.
In-house India vs dedicated team: two different cost structures
An in-house India team means the employees belong to your organisation: your employment structure, your policies, your management, your long-term workforce, and your entire operational stack to build and run.
A dedicated team means a provider assembles engineers around your requirements who work exclusively on your business, while the provider carries employment and operational responsibilities. Our dedicated teams model at SquadXP typically means a 4-to-15 person squad working solely for you, with your leads still managing the day-to-day work. And our Talent BOT model goes a step further: we build and operate your India engineering team before your own entity exists, then transfer the whole team to you when you're ready.
These aren't two hiring methods. They're two cost structures, and comparing them requires comparing like with like.
The comparison most companies get backwards
A dedicated engineer's commercial fee covers engineer compensation, recruitment, employment administration, HR, infrastructure, equipment, management support, replacement processes and, yes, provider margin. Set that fee next to a bare salary and it looks expensive. Set it next to your fully-loaded internal cost and the picture changes.
Run the honest version. Suppose a dedicated India engineer costs $90,000 a year, and the equivalent India salary is $50,000. The $90,000 isn't competing with the $50,000; it's competing with the entire internal cost of creating and supporting that position. If your fully-loaded internal cost for the same seat is $70,000 to $80,000, and you already have the India entity, HR machine and recruitment pipeline running, the dedicated model may genuinely not be your cheapest option, and we'll tell you so. If you'd be building all of that from zero for a handful of engineers, the economics flip hard the other way.
Which brings us to the variable that decides most of these cases.
Team size changes everything
Setting up an India operation for three engineers requires nearly the same legal, HR and administrative machinery as setting one up for ten. At small team sizes, those fixed costs crush the per-engineer economics, and an external dedicated team wins comfortably. As headcount grows, the fixed costs spread thinner and an owned India capability becomes progressively more attractive.
That's why the smartest companies use dedicated teams as a bridge: start with a small pod, validate that distributed engineering works for your product and culture, then establish your own capability once the scale justifies it. Our Talent BOT model was designed around exactly this transition, external operation first, owned team later, with no re-hiring in between.
The costs your spreadsheet forgot
Time: Your US team needs five engineers, and each seat takes weeks or months to fill. Meanwhile the roadmap slips, customer commitments wobble, technical debt compounds and your existing engineers absorb the load. An empty engineering seat doesn't cost zero; it costs the work nobody is doing. Reducing that hiring timeline is one of the core outcomes we build SquadXP around, because speed is a financial line item even when finance doesn't book it.
Turnover: Replacing an engineer isn't just a recruitment expense. The departing person takes architecture context, codebase knowledge, customer understanding and team conventions with them, and the replacement rebuilds all of it while productivity sags. A low-cost hiring model with high churn is not a low-cost model. Retention belongs inside any honest fully-loaded calculation, and it's one of the questions worth pressing any provider on; our guide to choosing a staff augmentation company lists the replacement-policy red flags in full.
The augmentation-versus-dedicated distinction. Staff augmentation adds individual professionals into your existing team under your management. A dedicated team is a structured squad with complementary skills assembled around your business. The distinction matters for cost because with a dedicated team you're not just buying engineering hours; you're buying a faster path to standing team capacity, and that's a different purchase.
When each model wins
US in-house hiring wins when the role needs deep US market knowledge, close customer collaboration, sensitive US-only systems, or long-term strategic internal ownership, and when your organisation already runs a mature hiring function. The premium is justified when proximity and direct employment create real business value.
An India dedicated team wins when engineering capacity needs to grow quickly, US hiring costs are choking the roadmap, you have strong technical leadership that can direct distributed execution, you need multiple engineers rather than one specialist, or you want to test India before committing to an entity. India is at its most compelling when you're buying engineering scale, not just one cheaper employee. If your need is a full squad rather than individual seats, hiring through a dedicated-team model is usually the faster and cleaner route.
How to actually run the calculation
Five cost categories, no skipping. Direct employee cost: salary, bonus, benefits, employer contributions. Hiring cost: recruitment fees, internal recruiter allocation, interviewing hours, background checks, onboarding. Operating cost: equipment, software, office, IT, security, HR, finance, legal, compliance. Management cost: allocated share of engineering managers, tech leads, product and delivery roles. Risk and replacement cost: turnover, vacancy periods, replacement hiring, knowledge transfer, severance, ramp-up time.
Total those five, then, and only then, compare against the dedicated team's commercial fee. Most companies that run this exercise for the first time discover their "cheap" internal cost was understated by 30 to 60%, and their expensive-looking dedicated quote was competing against a fiction.
Extend it to a three-year horizon and the picture sharpens further: add compensation growth, retention costs, management expansion, infrastructure, currency movement, scaling and exit costs. That's the methodology behind our published $750,000-versus-$375,000 senior backend comparison, not a universal rate card, but a demonstration of how the maths should be done.
The break-even question worth asking instead
Stop asking "is dedicated cheaper?" Start asking "at what team size does owning the operation become more economical than using a dedicated team?"
For a small team, dedicated wins by avoiding fixed infrastructure. For a steadily growing team, an owned India operation eventually delivers more control and potentially lower long-term cost. For a company still uncertain about India, dedicated dramatically reduces the commitment needed to find out. Locate your break-even point and the build-versus-partner decision mostly makes itself, and it also tells you when to plan the transition.
Conclusion
The real cost-per-engineer comparison between the US and India was never a salary comparison. It's a business-model comparison. US in-house employment buys control and deep integration at high total cost. An owned India team delivers strong economics at scale, but only after you've built the employment and operating machinery. A dedicated engineering team sits between the two: India-based capacity, immediately, without carrying every operating responsibility from day one.
So model the whole lifecycle: hiring, management, infrastructure, vacancies, turnover, and put that fully-loaded number next to the dedicated-team fee. In most cases, that calculation tells a very different story from the salary line, and it's the story your CFO should be deciding on.
If you want your version of the numbers, talk to SquadXP. We'll model your fully-loaded US cost against a dedicated India squad for your specific roles, show you your break-even team size, and, through Talent BOT, map the path from external team to owned operation when you're ready. Bring us your spreadsheet; we'll show you the lines it's missing.
