Moving development team to Poland has become one of the most effective ways for international companies to reduce engineering costs without sacrificing technical quality. Before making the move, however, it’s important to understand the full financial picture, including salaries, employment costs, operational expenses and long-term return on investment. The real math includes transition costs, ramp […]
Moving development team to Poland has become one of the most effective ways for international companies to reduce engineering costs without sacrificing technical quality. Before making the move, however, it’s important to understand the full financial picture, including salaries, employment costs, operational expenses and long-term return on investment.
The real math includes transition costs, ramp time, and a breakeven point, not just a headline percentage. This is the version that actually holds up in front of a CFO.
Companies making this move for the first time tend to build their business case around a single number. That number is almost always wrong, not that the salary data is inaccurate, but most of the time it answers the wrong question. The question a finance team actually needs answered is not “what does a Polish developer cost.” It is “what does it cost us to get from here to there, and how long until we are ahead?”
This distinction matters more as more companies pursue this route. Poland has become one of Europe’s top destinations for international tech hiring, and the businesses getting the most value from it are the ones budgeting for the full transition, not the destination salary only.
A quick comparison usually looks like this: US developer costs $180,000, Polish developer costs $70,000, so moving the team saves $110,000 per hire.
That number is directionally correct and functionally incomplete. It treats the move as instant, free, and risk-free. None of those three things are true.
The real model has to account for what it costs to get from the US team to the Poland team, not just what the end state costs once you are fully there. A hire that looks like it saves $110,000 on paper can look very different once you factor in a six-week search, a slow legal setup, and three months of a new team member working at 60% capacity while they learn your codebase and your product.
This is not an argument against making the move. It is an argument for modelling it properly, so the savings figure you present internally is one you can actually defend six months later when someone checks it against reality.
Every accurate comparison starts with the same three numbers.
Gross salary is what the developer receives before their own tax and contributions. This is the number most job boards and salary surveys publish, and it is the number most comparisons stop at.
Employer on cost is what you pay on top of that, mandatory contributions and statutory obligations. In Poland, this typically includes ZUS social security contributions, which run roughly 19 to 22% on top of gross salary depending on the specific benefit mix. In the US, employer cost includes payroll tax, workers’ compensation, and benefits, which frequently pushes total load 25 to 40% above gross salary depending on the state and the benefits package offered.
Total employer cost is the two combined, and it is the only number that belongs in a real budget model. Anyone comparing gross salary to gross salary across two countries is comparing two different things and calling it one.
For a senior developer, based on BrainSource’s 2026 benchmarking dataset, that is roughly $161,000 to $260,000 in total employer cost in the US, versus roughly $71,400 to $112,500 in Poland. That gap, 55 to 70%, is where the headline savings figures come from.
It is also where most content stops. The real math needs a fourth layer, and it is the layer most comparisons quietly skip because it is harder to quantify and less flattering to the headline number.
Transition cost is everything it takes to get from your current state to the new one. It is almost never included in comparison content, and it is almost always the difference between a plan that works and one that quietly fails six months in when finance asks why the savings did not show up on schedule.
Recruitment and sourcing: Building a Poland-based team from scratch requires sourcing, vetting, and interviewing, typically through a specialist recruiter or an employer of record partner. Budget for this as a real cost, not a rounding order. Recruitment costs in Poland vary significantly by seniority and specialization, and senior technical roles sit at the higher end of that range because the qualified candidate pool is narrower and more competitive.
Dual running costs: If you are transitioning existing work rather than only adding new capacity, there is often a period where you are paying for both the departing capacity and the new capacity simultaneously, while knowledge transfers. This period is frequently underestimated. Teams that plan for a clean two-week handover often find themselves running dual costs for six to eight weeks once documentation gaps and dependency mapping get factored in.
Ramp time productivity loss: A new senior hire, regardless of location, typically takes two to four months to reach full productivity. During that window, you are paying full cost for partial output. This is not a Poland-specific issue; it applies to any new senior hire anywhere, but it needs to be in the model because it directly affects your breakeven timeline.
Compliance and infrastructure setup: If you do not already have a legal entity or employer of record relationship in Poland, setting one up carries its own cost and timeline, often four to eight weeks before your first hire can even start. This is a fixed, one-time cost. It gets cheaper on a per-hire basis the more people you eventually bring on through the same setup, which is worth remembering if you are only modelling a single hire today.
Currency and payment friction: Rarely discussed, but real. Paying salaries in PLN while budgeting in USD or GBP introduces exchange rate exposure. It is not usually large enough to change a hiring decision, but it belongs in a multi-year model, particularly for larger teams where a few percentage points of currency movement compounds across payroll.
None of these costs are large enough to erase the savings. All of them are large enough to change your breakeven timeline, which is the number that actually matters to a finance team more than the headline percentage ever will.
Here is what a realistic three-year model looks like for a single senior developer role, US replaced with Poland.
Year one
Poland total employer cost: $92,000, using a mid-range senior figure from current benchmarking data.
Transition costs break down as follows. Recruitment and sourcing fee, roughly $15,000 to $20,000 for a senior specialist search. Ramp time productivity loss, estimated at 25% of one quarter’s cost, roughly $6,500. Compliance setup, amortized across the first year, roughly $3,000.
Effective year one cost: approximately $121,000 to $126,000.
Compared to a US total employer cost of roughly $210,000 for the same seniority, that is still a savings of $84,000 to $89,000 in year one, even after accounting for the full transition cost. This is the number worth presenting internally, not the unadjusted $118,000 headline figure, because it is the one that survives scrutiny.
Year two and beyond
Once the hire is fully ramped and the compliance infrastructure is already built, transition costs disappear. The ongoing annual cost returns to the base $92,000 total employer cost figure.
Savings from year two onward: roughly $118,000 per year, with no further transition cost to absorb, assuming no significant attrition or need to repeat the search process.
The breakeven point, in other words, is immediate. Even in the messiest possible year one, factoring in every transition cost at once, the Poland hire is still meaningfully cheaper than the US equivalent. The transition cost reduces the size of the savings. It does not erase them.
Where the model breaks
The one scenario that meaningfully changes this picture is early attrition. If a hire leaves within the first twelve months, you absorb the transition cost twice within a single year, once to bring them on and once to replace them, without recovering the year two efficiency gain. This is why choosing the right recruitment partner in Poland matters more than the fee difference between providers. A cheaper search that produces a mismatched hire costs significantly more than a thorough one, once you factor in the repeated transition cost.
The example above is a single senior hire. Your actual numbers move based on a few specific variables.
Team size. Larger teams amortize the fixed transition costs, compliance setup in particular, across more hires, which improves the effective per-hire savings as the team grows. A five-person team absorbs the same one-time setup cost far more efficiently than a single hire does.
Seniority mix. Senior-heavy teams show larger absolute dollar savings. Junior and mid-level heavy teams show a similar percentage savings on a smaller base. Salary benchmarks across Poland vary considerably by industry and seniority level, so a blended team model should reflect the actual seniority split you intend to hire, not a single senior figure extrapolated across the whole team.
Specialization. AI, machine learning, and cloud architecture roles in Poland have seen salary growth of 8 to 12% annually in recent years. The gap for these specific roles is narrower than the general senior benchmark, so model these separately rather than using a blended average. A generalist senior backend hire and a specialist ML engineer hire should never sit in the same line of your spreadsheet.
Hiring model. Building through an employer of record adds a per-employee management fee to the ongoing cost. Establishing your own entity has higher upfront cost but lower long-term per-hire overhead. The right choice depends on how large the Poland team is expected to become. The tradeoffs between in-house recruitment infrastructure and working through a specialist agency or EOR are worth modelling separately, since the answer changes once a team crosses roughly eight to ten headcount.
City selection. Cost and talent availability are not uniform across Poland. Warsaw, Kraków, and Wrocław each carry different salary bands and different candidate density, and choosing the wrong city for a specific specialization can extend your search timeline enough to meaningfully affect the ramp time cost above.
Contract structure. Teams considering a contract-to-permanent structure rather than a direct hire from day one face a different cost curve entirely, with lower initial commitment but a different transition cost profile. This model is becoming more common across European tech hiring and is worth evaluating against the direct hire model presented here, particularly for a first hire in a new market.
Poland’s labour costs are not standing still, and that matters for anyone modeling a multi-year plan rather than a single-year snapshot.
Poland’s labour cost index rose 8.8% year on year in 2025 in national currency terms, one of the largest increases recorded across the EU, alongside similarly sharp increases in Romania, Hungary, and Bulgaria.
Statistics Poland reported that labour costs per hour worked rose 7.7% in the fourth quarter of 2025 compared with the same quarter a year earlier, confirming that this is not a single-sector effect. Wage growth is broad-based across the Polish economy.
This does not undermine the case for moving a team to Poland. It does mean the gap will narrow gradually over time, not stay fixed at today’s numbers indefinitely. A three- to five-year plan should build in modest annual cost growth on the Poland side, rather than assuming today’s benchmark holds unchanged.
For comparison, average hourly labour costs across the EU stood at €34.9 in 2025, with Poland still positioned well below that average despite the rapid growth rate, which is the more important number for long-term planning than the year-over-year percentage alone.
Every number above assumes competent execution. The math does not protect you from poor execution.
It does not tell you whether your management team can run an effective cross-border team, with the communication discipline that requires. It does not tell you whether your specific tech stack has strong talent depth in Poland, versus a stack where the talent pool is thin regardless of cost. It does not tell you whether your product complexity requires the kind of deep institutional knowledge that takes years to transfer, not months.
These are execution questions, not cost questions. Get the execution wrong, and the savings on paper never show up in practice. Get it right, and the numbers above are conservative, not optimistic.
The numbers above are a worked example built on general benchmarks. Your actual breakeven point depends on your specific transition path, team size, and current compliance status.
BrainSource models the complete cost picture for companies moving development capacity to Poland, transition cost included, not just the steady-state savings figure. We build the year one, year two, and year three numbers before you commit to a timeline.
If your team is weighing a move to Poland and the board wants to see the real math, we can build that model with you. Contact us today to get started.
How long does it actually take to see savings after starting the transition?
Based on the worked example above, even a messy first year with full transition costs still delivers net savings compared to the US equivalent. There is effectively no breakeven delay for a single hire. For a full team transition, the delay is a matter of months, not years.
Does the math change if I already have an entity in Poland?
Yes, favorably. Compliance and entity setup costs are a one-time expense. If that infrastructure already exists, your transition cost drops significantly, and the effective year one savings figure moves closer to the steady state number.
Is the 8.8% wage growth figure a reason to avoid Poland?
No. It is a reason to model conservatively rather than assuming static numbers five years out. Even with continued 8 to 9% annual growth, Poland remains well below EU average labour costs and dramatically below US total employer cost for equivalent roles.
What’s the single biggest risk to the savings actually showing up?
Underestimating ramp time and management overhead. Teams that treat a Poland hire as a plug-and-play US replacement, without adjusting onboarding and communication practices, see the smallest realized savings relative to the model.
Should I build a team from scratch or transition existing roles?
Building new capacity in Poland while retaining your existing US team is lower risk and shows up in the budget faster, since there is no dual running cost or knowledge transfer period to absorb.
Do these numbers apply the same way to junior and mid-level roles?
The percentage savings are similar or slightly higher for junior and mid-level roles. The absolute dollar transition cost is typically lower too, since sourcing fees and ramp time premiums scale with seniority.