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How Much Does an Offshore Tech Team in India Cost for US Firms?
- Saransh Garg
- May 20
- 14 min read
A mid-level software engineer in San Francisco costs a US firm between $160,000 and $195,000 per year in total employment cost salary, FICA, health benefits, 401(k) match, and overhead. The equivalent profile in Bengaluru or Hyderabad, hired through an Employer of Record structure, lands at $28,000 to $38,000 all-in per year. That gap is not a projection. It is what we invoice clients on live mandates right now. If you are a CFO evaluating the offshore tech team in India cost for US firms for the first time, those are the anchor numbers you need before the conversation goes any further.
We have run over 500 cross-border hiring mandates from our New Delhi office. The finance question is always the same: what does this actually cost, line by line? This article gives you the full picture role by role, seniority level by seniority level, with every fee and contribution included.
Why US Tech Budgets Are Pushing Companies Toward India
The US technology labour market tightened sharply between 2021 and 2023, and while some cooling happened in 2024, base salaries for senior engineers have not retreated to pre-pandemic levels. A senior DevOps engineer in Austin today commands $145,000 to $165,000 in base salary alone. A senior data engineer in Chicago or New York is at $155,000 to $175,000. Add the employer's share of Social Security and Medicare (7.65% of payroll), group health insurance ($8,000 to $14,000 per employee per year for a family plan), and you are looking at a loaded cost of $180,000 to $210,000 per head before you factor in equity, bonuses, or office overhead.
Series B and Series C companies we work with, typically 60 to 200 employees with engineering teams of 15 to 40, are under board pressure to demonstrate a path to profitability. Engineering cost is usually their single largest operating expense. When a CFO is tasked with reducing the engineering burn rate by 25 to 35% without cutting headcount or product velocity, India is the structural answer.
What we see repeatedly in mandates from US mid-market firms is a particular sequence: the CTO proposes India, the CEO agrees on the cost logic, and then the engagement stalls because the CFO does not have a reliable total cost model. They have heard "60% cheaper" from vendors, a number that is meaningless without knowing what is included. The correct question is: what is the all-in annual cost per engineer in India, and how does it compare to the fully-loaded cost of an equivalent US hire?
The demand pattern we observe is heaviest in four roles: full-stack engineers, cloud and DevOps engineers, data engineers, and QA automation engineers. Indian talent supply for all four is deep and verifiable, particularly out of Bengaluru, Hyderabad, Pune, and Chennai.
Where Indian Tech Talent Lives and What It Brings to Your Team
For US firms building offshore teams, the talent question is inseparable from the cost question. You cannot model the offshore tech team in India cost for US firms without understanding where the talent comes from and what quality you can realistically expect.
Bengaluru has the deepest pool for full-stack, cloud, and data roles. The city has housed GCCs and product engineering centres for Amazon, Google, Microsoft, SAP, and Cisco for over two decades. Engineers who have worked in those environments come with production-grade code review culture, CI/CD fluency, and exposure to distributed team workflows that most mid-market US companies cannot find in tier-2 Indian cities. The downside: Bengaluru salaries are the highest in India, and attrition is meaningful, typically 18 to 24% annually in the 3-to-6-year experience band.
Hyderabad is our second recommendation for US clients. The talent pool for cloud infrastructure (particularly AWS and Azure), SAP, and enterprise Java is exceptionally strong. Microsoft, Apple, and Google all have major engineering campuses there. Attrition runs slightly lower than Bengaluru, and the cost of living, which correlates with salary expectations, is 8 to 12% lower.
Pune is the preferred city for QA automation, data engineering, and Java-heavy teams. Infosys, Wipro, and Cognizant have large campuses there, which means a steady supply of engineers with enterprise delivery experience, though you need to test for product-mindset orientation if you are a startup.
What Indian engineers typically lack, and this matters for CFO-level due diligence, is client-facing communication fluency in the early months, deep familiarity with US compliance and security frameworks (SOC 2, HIPAA, FedRAMP), and experience working in teams where they are expected to drive architectural decisions rather than execute tickets.
We test for the first with structured async communication simulations. We test for the second with a compliance scenario round. The third is the hardest to screen for, but it is the difference between an offshore team that accelerates a US product and one that simply executes tasks at lower cost.
The Legal and Compliance Reality Every US CFO Must Know Before Hiring offshore tech team in India cost for US firms
This is where the calculation gets complicated, and where we see the most expensive mistakes.
India does not have a single unified IT employment statute. The applicable frameworks depend on state, employment type, and entity structure. The key legislation for cross-border engagements includes the Contract Labour (Regulation and Abolition) Act, 1970, the Shops and Establishments Acts (state-specific: Maharashtra, Karnataka, and Telangana each have their own), and the Code on Wages, 2019, which consolidates minimum wage and payment obligations. For US firms hiring through an Indian EOR, the EOR is the legal employer and carries these obligations.
The most common and costly mistake US CFOs make is treating India as a pure staff augmentation arrangement, sending a SOW to a vendor and assuming the engineers are contractors. Under Indian law, if an individual works exclusively for one foreign company for more than 240 days in a rolling 12-month period, they acquire employee-equivalent rights regardless of what the contract says. A mid-size US SaaS company we worked with, a 150-person firm in the HR tech space, had run four engineers in this grey zone for 22 months before their Indian vendor flagged the exposure. Unwinding it cost them three months of legal fees and two notice period payouts.
The clean structures are:
EOR (Employer of Record): The Indian EOR entity is the legal employer. The US company has no entity exposure in India. Payroll, PF (Provident Fund at 12% of basic salary), ESI (Employees' State Insurance, applicable below a wage threshold), and gratuity obligations sit with the EOR. This is the model we recommend for teams of one to fifteen engineers.
Contractual/Fixed-Term: For project-based work with a defined end date, contract hiring arrangements are viable but must be structured carefully to avoid deemed-employee risk under the Contract Labour Act.
Entity Setup: Relevant only when the team exceeds 20 to 25 engineers and you have a long-term India commitment. Below that threshold, the fixed cost of entity compliance outweighs the EOR fee.
One nuance that rarely surfaces in vendor conversations: India's Provident Fund rules apply from the first day of employment with no vesting period. If an engineer is employed for even one month, the employer PF contribution (12% of basic) is owed. CFOs who model India costs using gross salary only will understate the true cost by 14 to 18%.
The Complete Cost Model: What a 5-Person Offshore Team Actually Costs
This is the section to screenshot and bring to your next budget review. The figures below reflect actual billing data from our mandates. All India-side costs are in USD at current exchange rates (83 to 84 INR per USD). US comparators reflect average fully-loaded costs for comparable roles in a mid-market US technology company outside San Francisco.
5-Person Team: Full-Stack (2) + DevOps (1) + Data Engineer (1) + QA Automation (1)
Role | Seniority | India All-In Annual Cost (USD) | US Fully-Loaded Annual Cost (USD) | Annual Saving (USD) |
Full-Stack Engineer | Mid (3 to 5 yrs) | $26,000 | $165,000 | $139,000 |
Full-Stack Engineer | Senior (6 to 9 yrs) | $38,000 | $195,000 | $157,000 |
DevOps Engineer | Senior (6 to 8 yrs) | $40,000 | $200,000 | $160,000 |
Data Engineer | Senior (5 to 8 yrs) | $36,000 | $185,000 | $149,000 |
QA Automation Engineer | Mid (3 to 5 yrs) | $22,000 | $145,000 | $123,000 |
5-Person Team Total | $162,000 | $890,000 | $728,000 |
What is included in the India All-In figure:
Gross salary (Indian market rate), employer PF contribution (12% of basic), gratuity accrual (4.81% of basic), EOR platform fee (typically $300 to $500 per employee per month), recruitment fee amortised over 12 months, and laptop and equipment allowance (80,000 INR one-time).
What is NOT included (budget separately):
Collaboration tools such as Slack, Jira, and GitHub seats at $50 to $80 per engineer per month. Security and VPN stack at $30 to $60 per engineer per month. Travel for an annual team visit at $3,000 to $5,000 per engineer per trip. Management overhead for the US-side tech lead who runs the offshore standup.
The net annual saving for this 5-person team against equivalent US hiring is approximately $728,000. At a $162,000 annual cost, the payback on our recruitment fee is typically achieved in 6 to 8 weeks of the first engineer's deployment.
What clients typically reinvest these savings into: expanding the India team faster (the most common choice), funding a second product line, or buying down technical debt with a dedicated platform engineering sprint that would have been deprioritised under the old headcount budget.
How AnjuSmriti Builds and Delivers Offshore Tech Teams for US Companies
Our standard timeline for building an offshore tech team runs 6 to 9 weeks for a 3-to-5 person team. Week one is JD calibration and internal sourcing across our database of 40,000+ screened Indian tech professionals. Weeks two and three are technical assessment rounds. We run a two-stage process: a role-specific async coding or architecture test, followed by a live technical panel where we involve the client's own engineering lead. By week four, shortlisted candidates are in client interviews. Weeks five through seven cover offer, acceptance, and EOR onboarding. The EOR paperwork, including PF registration, employment agreement, and payroll setup, takes 7 to 10 business days once the offer is signed.
For remote contract hiring, we have compressed this to 4 to 5 weeks for experienced engineers already in our database.
Client case: A 90-person US FinTech company (payments infrastructure, Series C) came to us in early 2024 needing a 4-person cloud and data team urgently. Their US-side cloud architect had resigned with two weeks' notice, taking institutional knowledge of their AWS architecture with him. They needed engineers who could be productive within 30 days, not 90.
The problem we almost failed to solve: their AWS environment had a custom Terraform module structure that was entirely undocumented, and the outgoing architect had refused to hand over context. The first two engineers we screened, strong on AWS in general, could not read the codebase in the live assessment. We brought in a third profile: a senior DevOps engineer from Hyderabad with 7 years of AWS experience and a specific background in financial services infrastructure. He reverse-engineered the module structure in the technical panel and explained it back to the client's CTO. They extended an offer within 24 hours.
Outcome: 4-person team fully deployed in 52 days. Annual team cost: $148,000. Equivalent US replacement cost would have been approximately $740,000. The client reinvested the difference into accelerating their PCI-DSS compliance roadmap, which had been stalled for 14 months.
Salary and Cost Breakdown by Role and Seniority
For CFOs who need role-by-role granularity rather than a team-level number, here is the seniority breakdown for the four most commonly requested roles in US offshore mandates.
Full-Stack Engineers (React/Node or Java/React)
Level | India Gross Salary (INR/yr) | India All-In Cost (USD/yr) | US Fully-Loaded Cost (USD/yr) |
Mid (3 to 5 yrs) | 18 to 24 LPA | $26,000 to $32,000 | $155,000 to $175,000 |
Senior (6 to 9 yrs) | 28 to 38 LPA | $36,000 to $48,000 | $185,000 to $210,000 |
Lead/Principal (10+ yrs) | 42 to 55 LPA | $54,000 to $68,000 | $230,000 to $270,000 |
Level | India Gross Salary (INR/yr) | India All-In Cost (USD/yr) | US Fully-Loaded Cost (USD/yr) |
Mid (3 to 5 yrs) | 20 to 28 LPA | $28,000 to $36,000 | $165,000 to $185,000 |
Senior (6 to 9 yrs) | 30 to 42 LPA | $38,000 to $52,000 | $195,000 to $220,000 |
Lead/Architect (10+ yrs) | 48 to 65 LPA | $60,000 to $80,000 | $250,000 to $300,000 |
Data Engineers (Spark, dbt, Snowflake, Airflow)
Level | India Gross Salary (INR/yr) | India All-In Cost (USD/yr) | US Fully-Loaded Cost (USD/yr) |
Mid (3 to 5 yrs) | 16 to 22 LPA | $22,000 to $28,000 | $150,000 to $170,000 |
Senior (5 to 8 yrs) | 26 to 36 LPA | $34,000 to $46,000 | $180,000 to $200,000 |
Lead (9+ yrs) | 40 to 52 LPA | $50,000 to $65,000 | $220,000 to $260,000 |
EOR platform fees add $3,600 to $6,000 per engineer per year on top of these figures. Our recruitment placement fee is billed as a one-time charge equivalent to 8 to 12% of the first year's India-side CTC, payable on the engineer's start date.
IST to EST overlap is a genuine operating variable. New York business hours (9 AM to 6 PM EST) overlap with Indian Standard Time from 6:30 PM to 3:30 AM IST. For most engineering teams, we recommend a 3-hour overlap window. Indian engineers on a 12:30 PM to 10 PM IST schedule covers the morning standup and the key synchronous hours without requiring late-night working for the India team. This scheduling detail matters for retention, which matters for your cost model. An India team that burns out on overnight shifts will cost you 1.5x the annual salary in replacement and ramp-up costs within 18 months.
What the Next 18 Months Look Like for US Companies Building India Teams
Over the next 12 to 18 months, we expect the offshore tech team in India cost for US firms to shift in one specific way: EOR fees will compress as more platforms compete for US clients, but Indian engineer salaries, particularly at the senior and lead level in Bengaluru and Hyderabad, will continue climbing at 10 to 14% annually as domestic demand from GCCs and product companies absorbs supply. The window for locking in senior talent at current rates is narrower than most CFOs realise.
In our live mandates right now, we are seeing US Series B and C companies move from exploring India to hiring India faster than at any previous point in our firm's history, often with a first placement within 60 days of the initial conversation. When you map the offshore tech team in India cost for US firms against a 3-year financial model, the cost advantage holds even after factoring in annual salary inflation. The arithmetic is clear.
If you are ready to build a line-by-line cost model for your specific team composition, start with this intake form and our team will turn it around within 48 hours.
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FAQs
1. What does "all-in cost" actually mean when building an offshore tech team in India?
All-in cost means every dollar your company spends to have an engineer working productively, not just their gross salary. For an engineer on an EOR arrangement in India, this includes gross salary, the employer Provident Fund contribution (12% of basic salary under the Employees' Provident Funds and Miscellaneous Provisions Act, 1952), gratuity accrual (4.81% of basic), the EOR platform fee ($300 to $500 per month), equipment provision, and the amortised recruitment fee. CFOs who benchmark against gross salary alone understate the true cost by 14 to 22%. Even on a fully-loaded basis, India costs 75 to 82% less than equivalent US-hired talent for most tech roles.
2. How does India's Provident Fund work and what does it cost the US company?
India's Provident Fund is a mandatory social security contribution under the Employees' Provident Funds and Miscellaneous Provisions Act, 1952. Both employer and employee contribute 12% of basic salary monthly into a government-managed fund. If you hire through an EOR, the EOR manages this obligation but passes the cost through to you. For an engineer earning 30 LPA (approximately $36,000), the employer PF contribution is roughly 43,200 INR per year (approximately $520). Across a 10-person team, this adds $5,000 to $6,000 annually. It is not a large line item in isolation, but CFOs should budget for it explicitly rather than discovering it post-invoice.
3. What is the EOR fee and is it worth paying for an offshore tech team?
An EOR fee covers the cost of maintaining a compliant legal employment relationship in India on your behalf, including payroll processing, tax withholding (TDS), PF filing, gratuity accrual, and statutory compliance. Typical EOR fees in India range from $300 to $600 per employee per month, with volume discounts at 10 or more engineers. Setting up your own Indian subsidiary costs $30,000 to $50,000 in one-time legal fees and takes 4 to 6 months, plus ongoing filing obligations. For teams below 20 to 25 engineers, the EOR is almost always the financially superior option and the right starting structure for US companies.
4. How stable are Indian engineer salaries across a 3-year budget horizon?
Indian tech salaries have been increasing at 10 to 15% annually for senior profiles in Bengaluru, Hyderabad, and Pune, driven by GCC expansion, domestic product companies, and Big Tech campuses. Mid-level engineers (3 to 5 years of experience) see slightly lower inflation at 8 to 12%. CFOs should model 10% annual salary increases for India-side engineers across a 3-year financial projection. Even with compounding, the all-in India cost remains roughly 70% below the US equivalent at Year 3 for most tech roles. The assumption of static cost is a planning error, but the cost advantage is durable even with realistic inflation.
5. What is the actual cost of attrition on an India offshore team?
Indian tech attrition in Bengaluru and Hyderabad runs 18 to 24% annually for engineers in the 3-to-7-year experience band. The statutory notice period under Indian employment law is typically 30 to 90 days depending on the contract, with 60 days recommended for offshore roles to allow knowledge transfer. Replacement cost, including a re-hire fee and a 4-to-8-week ramp-up period, amounts to 15 to 25% of the annual salary per replacement. For a 10-person team with 20% attrition, budget for 2 replacement hires per year. This adds roughly $12,000 to $18,000 to your annual offshore team cost, which remains a fraction of equivalent US churn cost.
6. Can a US company pay Indian engineers directly without an EOR?
No, not without establishing an Indian legal entity. If a US company pays an Indian national directly as an independent contractor, it creates an unregistered permanent establishment (PE) risk under India's Income Tax Act, 1961, potentially exposing the US company to Indian corporate tax liability on revenue attributable to Indian operations. The engineer also faces personal tax complications and has no statutory benefits protection. The clean structures are: EOR for teams of one to twenty engineers, Indian subsidiary for large long-term teams, or a properly structured contractual arrangement through a registered Indian vendor. We help clients navigate this decision as part of every engagement.
7. How does the IST-to-EST timezone gap affect productivity and costs?
IST runs 9.5 hours ahead of EST and 12.5 hours ahead of PST. US companies have two main options: near-full overlap (India team shifts to a 2 PM to 11 PM IST schedule, giving 6.5 hours of overlap with EST) or partial overlap (India team on a 12:30 PM to 10 PM IST schedule, giving 3 hours of synchronous time). The partial overlap model produces significantly better retention. When India engineers work past 10 PM IST consistently, attrition increases by 35 to 40% within the first 18 months. That translates directly into higher replacement costs. A poorly designed timezone model is not a soft HR concern; it is a quantifiable line item in your offshore team budget.
8. What are the three most common CFO mistakes when budgeting an offshore tech team?
The first is using gross salary as the proxy for all-in cost, omitting PF, gratuity, and EOR fees, which understates cost by 14 to 22%. The second is not budgeting for collaboration infrastructure. Slack, Jira, GitHub, VPN, and security tooling add $80 to $140 per engineer per month, or $10,000 to $17,000 per year for a 10-person team. The third is treating the team as a fixed annual cost without an attrition reserve. Two to three replacement cycles per year are statistically likely for most India teams. A complete cost model has six line items: salary, statutory contributions, EOR fee, recruitment fee amortised, tooling, and attrition reserve.
9. What is the minimum team size for the offshore model to make financial sense?
The practical minimum is three engineers: one senior lead who owns architecture and US stakeholder communication, and two mid-level engineers who execute under that lead. Below three, the management overhead per engineer on the US side typically outweighs the cost benefit. Above ten engineers, the India team can support a dedicated engineering manager in-country, which improves output quality and reduces US-side oversight burden significantly. Most US clients begin with three to five engineers and scale to eight to twelve within 18 months as they validate the model and build internal processes for managing distributed teams effectively.
10. What should a US CFO ask a recruitment agency before signing an offshore hiring engagement?
Ask four specific questions. First, what is the replacement guarantee and what does it cover? We offer a 90-day replacement at no additional fee if an engineer exits within the guarantee window. Second, do you manage EOR in-house or refer to a third-party platform? Third, what is the technical assessment process, and can we review the rubric before the mandate starts? Fourth, can you produce a fully-loaded cost model specific to our team composition within 48 hours of the brief? Any international hiring partner that cannot answer all four in writing before the engagement begins is not the right partner for a CFO-level budget decision.
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