Cost of Offshore Software Development in 2026: Rates by Country and the Real Team Cost

The short answer

For a US company, offshore means a team in Europe or Asia with a time difference of six to thirteen hours. In 2026 that team costs $48,000–150,000 per engineer per year on the invoice, depending on country and seniority. A US agency bills $130–200 an hour for comparable seniors, and a US in-house senior developer costs about $190,000 a year in salary and benefits before recruiting. A typical offshore build of an MVP lands at $50,000–150,000; a product team running for a year, $300,000–750,000.

Disclosure before the numbers: Gilzor is a software company with engineering teams in Poland and Cyprus. For US clients that makes us offshore, with partial overlap, and our pricing sits in the Central and Eastern Europe rows below. We have tried to price every region the way we would want our own quote compared. If you're weighing outsourcing against hiring in general, start with our guide to the cost of outsourcing software development. This article is narrower: what an offshore team costs once distance is priced in.

Offshore rates by country in 2026

These are rates that established vendors bill US clients for full-time engineers, including the vendor's margin, management layer and replacement obligations. Freelancers in the same countries charge 20–40% less and carry none of those.

The US benchmark behind all of this is wages. The Bureau of Labor Statistics put the median software developer wage at $135,980 in May 2025. In its June 2025 Employer Costs for Employee Compensation release, wages made up 70.2% of private-industry compensation costs and benefits the other 29.8%. Gross the median up by that ratio and a US developer costs about $190,000 a year before recruiting fees, equipment, office space or the two to four months a senior role usually stays open.

Price is also no longer the main reason companies go offshore. In Deloitte's 2024 Global Outsourcing Survey, 34% of executives named cost reduction as a priority, down from 70% in 2020; access to specialized talent was the most cited driver. That matches what we hear: US buyers come for seniors they can't hire quickly at home, then check that the math works.

Rate vs effective rate

A quoted rate counts the vendor's hours. Your cost includes everything it takes to turn those hours into shipped software. We use the term effective rate for total cost divided by hours billed. It's the only number that compares a $35 team in Bangalore with a $65 team in Warsaw and a $160 agency in Austin on equal terms.

Six things sit between the two numbers, and each one is driven by distance in a measurable way:

1. Coordination time on your sideSomeone in the US writes tickets, answers questions, reviews demos and accepts work. With a full shared day that's 5% of the team's cost in your people's time. With almost no overlap it's closer to 20%, because every exchange has to be written, complete and unambiguous.
2. Waiting and reworkA question asked at 4 p.m. in Warsaw is 10 a.m. in New York and gets answered the same day. The same question from Hanoi lands at 4 a.m. Eastern and gets answered tomorrow, if the developer didn't guess and build the wrong thing in the meantime.
3. Ramp-upThe first three to four weeks run at roughly half speed while the team learns your codebase, tools and domain.
4. AttritionEach departure costs four to eight weeks of a seat's output: hiring, onboarding and the knowledge that walked out.
5. TravelA kickoff visit and one or two trips a year. Small, but rarely in the budget.
6. Payments, legal, securityWire fees, contract and IP review, a vendor security questionnaire. A few thousand dollars, mostly once.

The time-zone effect is well documented. In a study of a large multinational, Prithwiraj Choudhury and Jasmina Chauvin used daylight saving time changes as a natural experiment across 12,038 employees: one extra hour of time difference cut synchronous communication between colleagues by 11%. Older research points in the same direction. Herbsleb and Mockus, studying distributed development at a large telecom company (IEEE Transactions on Software Engineering, 2003), found that work items spanning sites took about two and a half times as long to complete as comparable same-site work, largely because they involved more people and more waiting.

Overlap: what you actually buy with the time zone

Overlap is the line item nobody invoices and everybody pays. Here is a normal working day in each location, plotted on New York time in summer:

What overlap buys is short feedback loops. With three or four shared hours you get a daily standup, live decisions and the occasional pairing session, and everything else can move asynchronously. With under an hour, each clarification costs a calendar day, so the spec has to be right before work starts. That isn't a dealbreaker; it changes what kind of work fits. Regression testing, maintenance and well-bounded backend modules run fine overnight. A product where the founder changes priorities on Tuesday afternoon doesn't.

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Calculator: your effective offshore rate

Pick a location, team size and the conditions you expect. The calculator adds coordination, rework, ramp-up, attrition and travel to the vendor invoice and shows the effective hourly rate next to a US in-house team of the same size. Swap in your real quotes when you compare: the rates here are 2026 blended midpoints for a team with a senior lead and mid-level engineers.

Play with two inputs before anything else. Move overlap from "3–4 hours" to "under an hour" and the Polish team's effective rate climbs by about $10 an hour. Set the work to "exploratory" and the same move costs about $13. That interaction is the whole story of offshore cost: distance is cheap when the work is clear and expensive when it isn't. Switch the location to India with a groomed backlog and the effective rate stays below $50, against $79 for the Polish default, which is why QA automation and maintenance have gone to Asia for two decades.

What we see in estimates and first calls

Most US buyers who come to us have two or three offshore quotes open. A few patterns repeat often enough to be worth writing down:

• The rate comparison skips their own time. A product owner answering questions at 9 p.m. is a cost. So is a CTO reviewing pull requests on weekends because the only shared hour is taken by the standup.
• The cheapest team on paper is rarely the cheapest team in month six. Low quotes often assume juniors behind one senior, or teams with attrition above 20%. Ask for the names and seniority of the people who will actually work on your code, and what happens when one leaves.
• Budgets blow up on unclear scope, not on rates. The projects we're asked to rescue rarely failed because the hourly price was wrong. They failed because nobody wrote down what "done" meant and a 10-hour time difference turned every misunderstanding into a week. A short business analysis phase is the cheapest insurance against it.
• QA gets cut first and costs the most later. Offshore teams without dedicated testing push the testing back to the US, at US rates. Our own internal metric is that only 5% of tasks sent to QA come back to developers, and that number is a big part of why distance doesn't turn into rework.

For reference on attrition, the large Indian IT services firms publish theirs: TCS reported 13.3% for its 2025 fiscal year and Infosys 14.1%, both on a trailing twelve-month basis. Those are well-run companies with big benches. Small vendors chasing the lowest price are often higher, and they rarely publish the number. Ask.

Hidden costs of offshore development

Some of these appear in the calculator; others are smaller or come later, but all of them belong in the budget you take to finance:

Which offshore setup fits your work?

Six questions about where your team sits, how you work and what you're building. The result points to the setup that usually costs least in total, not just per hour. It may not be offshore, and that's fine.

Three budgets, worked through

Typical requests from US companies, priced with the ranges above. Illustrative numbers, not Gilzor quotes.

1. A seed-stage SaaS in New York

Four engineers and a half-time QA engineer for twelve months, building out a product with a clear roadmap and a part-time product owner. In Poland at a blended $58 an hour: about $500,000 on the invoice and around $630,000 with overhead, with a 10:00 to 13:00 Eastern overlap window. In India at $36: about $310,000 invoiced and roughly $400,000 all in, if the founder accepts more written specs and next-day answers. Through a US agency: about $1.4 million. Hiring the same people in the US: about $850,000 in salary and benefits at the national median, more at New York pay levels, after a recruiting cycle of several months.

2. A mobile app rebuild for a company in San Francisco

Three engineers for six months. Rates in Poland and Latin America are close: around $180,000 and $175,000 on the invoice. But a Polish team shares one or two hours with Pacific time and a Colombian team six. With a design that's still moving, the extra overhead puts the offshore option $25,000–35,000 above the nearshore one by the end. We'd tell this client the same thing on a call: for a Pacific-time team with an evolving product, nearshore is the better buy.

3. Regression testing for a mid-size company

Two QA automation engineers maintaining a regression suite and running it overnight before each release. The work is defined, the inputs are builds and the outputs are reports. In the Philippines or India at about $30 an hour: around $115,000 a year invoiced, with overhead around 15–20%. The time difference helps here: a build pushed at 6 p.m. Eastern has test results waiting at 9 a.m. If you'd rather keep testing with the team that writes the code, our QA team works on the same overlap window as the developers.

How to reduce the cost without breaking the product

1. Buy overlap on purposeAgree a fixed shared window in the contract (for a Polish team and the East Coast, something like 9:00 to 12:00 Eastern) and protect it for decisions, not status updates. Our dedicated offshore team setup plan includes a working agreement you can copy.
2. Write it down before it crosses the oceanAcceptance criteria, recorded walkthroughs, a decision log. Every hour spent here saves several in rework, and the saving grows with the time difference.
3. Match the work to the distanceSend defined, testable work to the furthest time zones and keep fast-changing product work close. One vendor for everything is simpler, but rarely cheapest.
4. Pay for seniority where it multipliesOne senior lead on the vendor side who can decide without waiting for you is worth more than two extra mid-level engineers.
5. Contract for continuityReplacement times, a notice period for planned departures, overlap between leaving and joining engineers, documentation as a deliverable.
6. Keep QA inside the teamTesting that happens offshore, the same day, is cheaper than testing that bounces back to your US staff.
7. Travel once, earlyA week together at kickoff cuts months of misunderstandings. After that, quarterly visits are plenty for most teams.

FAQ

Where Gilzor fits

We're an offshore option for US companies: engineering teams in Poland and Cyprus, a shared window of a few hours with the East Coast and less with the West Coast. We say that up front because it decides whether we fit. We work best with teams that want senior engineers, written processes and a daily overlap, through team extension and dedicated teams or full product builds. 85% of our clients come back for more work, and we can usually start development within two weeks. If the quiz pointed you to nearshore, take that seriously; if you're still comparing vendors, our list of offshore dedicated development team companies and the full onshore vs nearshore vs offshore comparison are good next reads.