🔍 Read the full analysis: Use The Break-Even Rate To Compare IT Staff Augmentation And Hiring on ThorstenMeyerAI.com
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TL;DR
A November 6 analysis from ThorstenMeyerAI.com proposes comparing IT staff augmentation with hiring through a break-even hourly rate based on employer costs and expected utilization. Its calculations put a U.S. median-wage software developer at about $95 per hour actually worked before recruiting costs, and about $98 after an assumed one-year hiring cost; the result changes sharply if the employee is not kept busy.
ThorstenMeyerAI.com published a cost comparison on November 6 that calculates the hourly break-even rate for choosing between IT staff augmentation and hiring. The analysis uses public wage and employer-cost data to estimate what a full-time employee costs per hour actually worked, then adjusts for hiring expenses and how much of the employee’s time a company expects to use.
The calculation starts with U.S. Bureau of Labor Statistics figures. The source uses a May 2025 median software developer wage of $135,980 and applies employer-cost data for the broader “management, professional, and related” occupational group. Based on those inputs, it estimates a full-time developer costs an employer about $175,000 a year, or roughly $95 per hour actually worked. This is the author’s calculation, not a published BLS software-developer cost figure.
The article adds a hiring expense using SHRM’s 2025 benchmark. The survey reported an average $5,475 cost per hire for non-executive roles, across occupations, with a $1,200 median. Assuming one year of employment, the author estimates the average hiring cost adds about $3 per working hour, bringing the U.S. example to roughly $98 per hour. Under a three-year employment assumption, the estimate is about $96 an hour.
For Germany, the analysis cites Destatis data showing an average employer cost of €58.50 per hour worked in information and communication in 2025. That is a sector-wide average, not a developer-specific wage or cost. The source says it includes holiday pay and employer social contributions. The article does not provide IT augmentation market rates; it says buyers should compare the calculated figure with actual quotes, since it found no suitable published rate survey with a clear methodology.
Infographic 01 · The true cost of a hire
A salary is not the cost
Before you compare a hire with an outside specialist, convert both into the same unit: cost per hour of real work.
What a median US software developer costs the employer per hour actually worked. Our calculation from BLS wage and employer-cost data.
From salary to hourly cost
Calculation, each input published by the BLS
- Median salary, US software developer (May 2025)$135,980
- × 1.28 employer costs on top (benefits, insurance, retirement, payroll taxes)$174,600
- ÷ hours actually worked (2,080 paid, about 12% paid leave)1,830 h
- Cost per hour actually worked≈ $95
Sources: BLS Employer Costs for Employee Compensation, June 2026, Table 4 · BLS median wage, software developers, May 2025 · Destatis, 29 Apr 2026 · Destatis non-wage labour costs · SHRM 2025 benchmarking. Load factor = total compensation ÷ (wages + paid leave) = $78.88 ÷ $61.43. German sector figure covers all jobs in the sector, not only developers.
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How Utilization Changes the Comparison
The analysis argues that utilization—the share of paid time spent on needed work—can matter more than recruiting fees. A company pays an employee even when there is not enough work to fill the employee’s available hours. If a hire is productively occupied for only half the time, the effective cost of each useful hour can roughly double. In the article’s U.S. example, the break-even figure rises from about $98 to $197 an hour at 50% utilization.
That makes the calculation relevant to teams deciding whether they need a continuing role or a defined block of specialist work. A higher contractor or augmentation rate may still compare favorably when demand is temporary or uncertain and a full-time employee would be underused. Hiring may compare better when work is steady enough to keep someone busy and when the role holds knowledge the organization needs to retain. These are decision factors, not a universal conclusion that one option is cheaper.
For readers, the practical point is to calculate a company-specific ceiling rather than rely on the slogan that augmentation always costs less. The result depends on local compensation, employer costs, hiring expenses, tenure and workload, as well as the actual outside rate. The article’s figures are starting points; they do not establish current market prices for providers.
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The Public Data Behind the Estimate
The U.S. estimate combines separate BLS measures. For June 2026, the source reports employer costs of $78.88 per hour worked for the broad professional occupational group, including $54.06 in wages. It uses that group’s relationship between wages, paid leave and other benefits to estimate the employer load and annual hours worked, then applies the resulting factor to the software developer median wage reported for May 2025. Because the wage and cost figures cover different periods and occupational groupings, the resulting $95 is an author-derived estimate, not a direct BLS rate for developers.
The German data use a different method and population. Destatis put non-wage labor costs at €29 per €100 of gross earnings in 2025, while the €58.50 hourly figure covers the information and communication sector across job types. The source cautions that this is not directly equivalent to a U.S. median for one occupation. Its purpose is to give buyers a public-data reference point, not a like-for-like country ranking.
The article also notes that SHRM’s hiring-cost figures cover non-executive roles in general, rather than technology hires specifically. The average exceeds the median because some hires carry higher costs. The author uses the average in the one-year example and treats employee tenure as an assumption; changing that assumption changes how much hiring expense is allocated to each working hour.
“Staff augmentation is cheaper than hiring. Sometimes it is true. Often it is not.”
— Thorsten Meyer, ThorstenMeyerAI.com
Limits of the Cost Estimates
The break-even rate is not a quoted market price or a universal threshold. The source does not supply augmentation rates, and it says available rate surveys did not have a clear enough methodology for its purpose. Buyers must insert their own quotes and assumptions before drawing a conclusion.
Several inputs are estimates or proxies: the U.S. employer-cost factor comes from a broader occupational category than software developers, SHRM’s hiring benchmark is not tech-specific, and the German figure covers an entire sector. The article’s one-year and three-year calculations also assume a particular employment duration. Actual benefits, recruiting costs, taxes, workload and retention will vary by employer and location.
The source also says the productivity effect of coding agents remains unsettled. It argues that AI may change the kind of specialist projects companies need and the value of keeping knowledge in-house, but it does not quantify an AI-driven change to the break-even rate. The figures should not be treated as legal, tax or financial advice.
Apply the Rate to Real Quotes
The next step for a company using the framework is to calculate its own fully loaded employee cost, estimate realistic hours of useful work, allocate recruiting expenses across the expected employment period, and compare the result with written augmentation quotes. The source supplies no follow-up study, provider pricing or scheduled update. Its method is intended for buyers to repeat with their own figures.
Any later assessment of AI’s effect would need clearer evidence on how coding tools change developer productivity and project demand. Until then, the article’s stated approach is to keep AI as a factor affecting the inputs and work mix, rather than assign it a fixed productivity adjustment.
Key Questions
What is the break-even rate?
It is the maximum hourly rate for an outside specialist at which the source’s calculation says augmentation costs no more than hiring, given the inputs selected. The threshold changes with employer costs, hiring expenses, tenure and expected utilization.
What hourly cost does the article estimate for a U.S. software developer?
The author estimates about $95 per hour actually worked before adding hiring expenses, based on a May 2025 median wage and BLS employer-cost data. With an assumed one-year tenure and SHRM’s average non-executive hiring cost, the estimate rises to about $98. These are calculations, not a published BLS developer-cost figure.
Why does utilization change the result?
A full-time employee’s cost continues even when there is not enough work to use all available hours. The article estimates that at 50% utilization, the U.S. example’s break-even rate rises from about $98 to about $197 per useful hour.
Can the U.S. and German figures be compared directly?
Not as like-for-like developer costs. The U.S. estimate uses a median wage for software developers combined with employer-cost data for a broader professional group; Germany’s €58.50 figure is an average for the information and communication sector, covering different jobs.
Does the analysis show that augmentation is always cheaper?
No. It says the result depends on the actual quote and company-specific assumptions. Augmentation may suit short or uncertain specialist work, while hiring may make more sense for sustained work and knowledge the organization needs to retain.
Source: ThorstenMeyerAI.com
