Nearshore vs. Offshore Cost Comparison: The Real Numbers
Offshore developer rates undercut nearshore by 40 to 70 percent on paper. Attrition, lost overlap, and rework close most of that gap in practice.
Key Takeaways
Offshore engineers in India and the Philippines bill $20 to $50 an hour. Senior nearshore engineers in Brazil, Colombia, and Argentina bill $60 to $75. On the hourly rate alone, offshore wins by 40 to 70 percent.
TCS, Infosys, Wipro, and HCLTech, the four biggest Indian IT services firms, reported voluntary attrition between 12.8 and 15.1 percent on a trailing twelve month basis for the quarter ending June 2025.
The median US software developer costs $133,080 a year in base salary, according to the Bureau of Labor Statistics. Both nearshore and offshore save real money against that baseline.
Latin America sits 0 to 4 hours off US Eastern time. India sits 8 to 12 hours off it, which in practice means close to zero shared working hours in a standard day.
Fully loaded nearshore employer cost lands closer to $65,000 to $72,000 a year for a senior Latin American engineer, a narrower gap than the hourly rate suggests.
What does nearshore vs. offshore actually cost per hour and per year?
Offshore wins on the invoice. Engineers in India and the Philippines bill $20 to $50 an hour, while senior nearshore talent in Latin America runs $60 to $75. Junior nearshore engineers start around $33. Compared hour for hour, offshore is 40 to 70 percent cheaper, and that gap is real.
That gap holds up against the US market too. The Bureau of Labor Statistics puts the median annual wage for a software developer at $133,080, with the top quartile of the profession clearing $169,000 before any equity. Against that baseline, both models look inexpensive.
Stopping there is the mistake. An hourly rate only turns into a predictable annual cost if the engineer is actually productive inside your sprint at the hours you need them, and that is exactly where the two models stop looking alike. A rate card treats an hour billed from Chennai and an hour billed from Medellín as the same unit. They aren't the same unit once you account for when that hour happens.
How do the numbers compare side by side?
Nearshore costs more by the hour and less by the outcome once overlap and attrition enter the calculation, and the table below breaks out the numbers that actually drive delivery cost, not just what shows up on the invoice.
Nearshore (Latin America) | Offshore (India) | |
|---|---|---|
Hourly rate, senior engineer | $60 to $75 | $20 to $50 |
Time difference from US Eastern | 0 to 4 hours | 8 to 12 hours |
Annual voluntary attrition, named large providers | About 6 percent (one Latin America staffing firm's reported rate) | 12.8 to 15.1 percent (TCS, Infosys, Wipro, HCLTech, trailing twelve months, quarter ending June 2025) |
Line that up against the US median of $133,080 a year and going outside the US is an easy call either way. The harder question is which option outside the US actually delivers the hour you paid for.
What does the attrition line actually cost you?
Every offshore engineer who leaves takes months of context about your codebase with them, and replacing that person costs more than a recruiter fee. At 12.8 to 15.1 percent annual attrition, that happens most years on any team of real size.
TCS, Infosys, Wipro, and HCLTech aren't dealing with the runaway churn that gave offshore delivery its reputation for chaos two decades ago. But the math still bites at team scale. A five person offshore pod is statistically losing an engineer to attrition every twelve to eighteen months. Sourcing and ramp time on your codebase come with that replacement. So does the knowledge that walked out the door, and that part never shows up on an invoice.
It shows up three months later, when a feature slips because the person who understood the loan servicing module left in March.
What does lost overlap actually cost you?
Time separation does not just delay a message. Academic research on distributed software teams found that the cost of resolving misunderstandings, what researchers call vulnerability cost, rises directly with how many hours separate two people working on the same code, no matter how good the tools are.
With 8 to 12 hours between a US product owner and an India based engineer, the two are rarely awake at once. A question asked at 2pm Eastern gets an answer the next morning. If that answer raises a follow up question, an exchange that takes ten minutes in the same room now takes two days. Multiply that across a sprint and velocity drops in a way no rate card captures.
Nearshore teams in Argentina and most of Brazil sit close enough to US Eastern time that a standup or a code review happens live instead of async. Colombia and Peru sit on US Eastern time for most of the year. That is not a soft benefit. It is the difference between a bug getting fixed today or getting fixed Thursday.
When does offshore's lower rate still win?
Offshore keeps a real edge in two situations: pure scale, and work that does not need much live conversation. Both come up often enough that ruling offshore out entirely would be its own mistake.
Scale is the clearest case. When a program needs to go from ten engineers to a hundred inside a single quarter, India's talent pool depth matters more than any overlap advantage, and few nearshore markets can staff at that volume on that timeline. Well specified, low iteration work is the second case: batch reporting jobs and documented QA scripts, where there is not much of a product conversation to have in the first place.
Nearshore's overlap advantage is wasted on that kind of work. You are not saving anything by paying a premium for real time collaboration on a ticket that never needed a conversation.
What should you actually compare before signing anything?
Compare total delivery cost for the sprint, not the hourly rate on the invoice. Ask for a named attrition number instead of a claim about low turnover, and get real overlap hours confirmed in writing before anyone signs.
Three things to check before you commit to either model:
A named attrition rate over the trailing twelve months, not a marketing claim about retention
The actual working hours the assigned engineers keep, confirmed in writing rather than assumed from a time zone map
Total sprint cost including management overhead, not the headline hourly rate by itself
None of this makes offshore the wrong call. It just means the rate card is where the conversation should start, not where it should end.
IDP builds nearshore teams around that overlap window rather than around the lowest possible rate.
Sources
U.S. Bureau of Labor Statistics, Software Developers Occupational Outlook
DistantJob, Offshore vs. Nearshore vs. Onshore Outsourcing: 2026 Developer Rates Cost Breakdown
Storyboard18, Infosys' employees attrition rate rises to 14.4% in Q1FY26
ParallelStaff, 2026 Definitive Guide to Nearshore Software Development
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