Most payroll conversations start with a headcount cut. This one does not. The math below shows how a company can reduce total engineering payroll by roughly 50 to 60%, while keeping the same number of engineers on the team, sometimes more. The lever is not fewer people. It is where those people are located. The […]
Most payroll conversations start with a headcount cut. This one does not.
The math below shows how a company can reduce total engineering payroll by roughly 50 to 60%, while keeping the same number of engineers on the team, sometimes more.
The lever is not fewer people. It is where those people are located.
When engineering budgets need to shrink, the first instinct is almost always headcount reduction.
That instinct solves the budget problem and creates a new one. Fewer engineers means slower roadmaps, more risk per remaining hire, and lost institutional knowledge that took years to build.
There is a second lever that gets far less attention: total cost per engineer, not number of engineers.
If the cost per engineer drops by half, the same budget supports the same team, or a larger one, without a single layoff conversation.
Here is what that looks like with real numbers, based on BrainSource’s 2026 benchmarking dataset.
Assume a 10-person engineering team: 6 mid-level engineers (3 to 5 years experience) and 4 senior engineers (7+ years experience).
Built entirely in the US:
Mid-level engineers average roughly $160,000 in total employer cost per year, once gross salary and employer contributions are combined. Senior engineers average roughly $210,500.
Total team cost: approximately $1,802,000 per year.
The same 10-person team built in Poland:
Mid-level engineers average roughly $63,750 in total employer cost. Senior engineers average roughly $91,950.
Total team cost: approximately $750,300 per year.
The gap: roughly $1,051,700 per year, a savings of about 58%, on the exact same headcount, the exact same seniority mix, and the exact same output capacity.
This is not a story about Polish engineers being paid less for the same work in some unfair sense. It is a story about market rate differences and radically different employer contribution structures.
Gross salary in Poland is meaningfully lower than in the US for equivalent experience. That is one part of the gap.
The other part is employer on cost, the mandatory contributions layered on top of salary. In the US, that adds 15 to 30% on top of gross salary. In Poland, it adds a comparable 20 to 25%, but on a much lower base.
Neither number alone explains the full gap. Total employer cost, gross plus on-cost, is the only number that captures it accurately.
The 55 to 60% range in the worked example above reflects a team that is senior heavy, which is where the largest dollar gap shows up.
For junior and mid-level roles specifically, savings run closer to 55 to 65%. For senior roles specifically, savings run closer to 55 to 70%.
Highly specialized senior roles, AI, machine learning, and cloud architecture specifically, are the exception. Polish salaries in these categories have been rising 8 to 12% annually, and the gap can narrow for the most in-demand profiles.
The honest range for most engineering teams is 50 to 65% total payroll reduction, not a flat 60% for every team composition. Your actual number depends on your specific seniority mix.
Rebuilding a team in Poland is not a free lunch, and treating it that way leads to disappointing outcomes.
It does not solve a broken engineering culture. A dysfunctional team costs the same amount of dysfunction regardless of where the paychecks are issued.
It does not happen overnight. Sourcing, vetting, and onboarding a new team, or transitioning an existing one, typically takes three to six months to reach full productivity.
It also does not eliminate management overhead. Time zone coordination, compliance infrastructure, and cross-border management all require real investment, even if that investment is a fraction of the payroll savings.
The companies that get the best outcome from this strategy rarely do a wholesale replacement of their existing US team on day one.
The more common and lower-risk approach: freeze new US hiring, and build the next phase of team growth in Poland instead. Existing US engineers are retained. New capacity is added at a fraction of the cost.
Over 18 to 24 months, the blended cost per engineer drops steadily as the Poland side of the team grows, without a single layoff.
This is the version of “cutting payroll by 60%” that actually works in practice. It is a growth strategy wearing a cost reduction headline, not a downsizing plan.
The 58% figure above is a worked example, not a promise. Your real savings depend on your specific seniority mix, tech stack, and current US compensation levels.
BrainSource builds engineering teams in Poland for companies that want to grow capacity without growing budget at the same rate. We start by modeling your actual team composition against current Poland benchmarks, not generic averages.
If you are looking at your engineering budget and wondering whether the next five hires need to come from the US, we can show you the real numbers before you commit to either path. Contactează-ne to get started.
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Is 60% payroll reduction realistic for every company, or just senior-heavy teams?
Senior-heavy teams tend to show the largest dollar savings because the US-to-Poland gap is widest at senior compensation levels. Junior and mid-level heavy teams still save meaningfully, typically in the 55 to 65% range, just with a smaller absolute dollar figure per hire.
Do I have to fire my US engineers to make this work?
No. The lowest risk version of this strategy keeps your existing US team intact and builds new capacity in Poland going forward. Payroll reduction comes from where growth happens next, not from replacing who is already there.
How long does it take to see the cost savings show up in the budget?
Individual hires start delivering savings as soon as they are onboarded, typically within 60 to 90 days of starting a search. The full blended savings across a growing team usually becomes visible over 12 to 24 months as the Poland side of the team scales.
Does this work for specialized roles like AI or machine learning engineers?
Partially. These roles have seen the fastest salary growth in Poland, 8 to 12% annually, which narrows the gap compared to standard senior roles. Savings are still real, just smaller than the headline figures used for general senior software engineering roles.
What’s the biggest risk in this kind of restructuring?
Underestimating ramp-up time and management overhead. Companies that treat a Poland-based team as a plug-and-play replacement for a US team, without adjusting management practices, tend to see productivity dips in the first two to three months.
Do I need a legal entity in Poland to do this?
Not necessarily. Employer of record arrangements and specialist recruitment partners let you build a Poland-based team without establishing your own legal entity first, though this adds its own cost line that should be modeled into your total budget.