🔍 Read the full analysis: A Break-Even Framework For IT Staff Augmentation Vs Full-Time Hiring on ThorstenMeyerAI.com
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TL;DR
A November 6, 2026, analysis by Thorsten Meyer presents a repeatable way to compare staff augmentation with full-time hiring: calculate an employee’s cost per hour actually worked, add hiring costs, then account for how much of the person’s time is needed. Its illustrative U.S. break-even rate is about $98 an hour at full utilization, but nearly $197 when only half of a hire’s hours produce needed work.
Thorsten Meyer published a break-even framework on November 6 for comparing IT staff augmentation with full-time hiring, using public labor-cost data to estimate what an employee costs for each hour actually worked. The analysis says the decision hinges not just on salary or recruiting fees but on how much of a hire’s available time is needed; its U.S. example puts the outside specialist break-even rate at roughly $98 an hour when a hire is fully utilized.
Meyer’s calculation starts with employer labor costs rather than salary alone. He cites U.S. Bureau of Labor Statistics data showing that in June 2026, employers in the “management, professional, and related” group paid $78.88 per hour worked, including wages and benefits. Applying the group’s benefit and paid-leave assumptions to the May 2025 median software developer wage of $135,980, Meyer calculates an annual employer cost of about $175,000 and an estimated $95 per hour actually worked. The $95 figure is Meyer’s calculation, not a BLS-published software developer cost-per-hour figure.
He then adds recruiting expense. SHRM’s 2025 benchmark, based on 2,371 member organizations, lists an average $5,475 cost per non-executive hire, across roles and not specifically technology jobs. Assuming a one-year tenure, Meyer estimates that cost adds about $3 per hour worked, bringing the example to roughly $98 per hour. Under the same assumptions, spreading the hiring cost over three years brings the estimate to about $96 per hour.
Utilization changes the comparison more sharply. If a full-time employee is needed for only half of their working hours, Meyer’s framework puts the cost of each useful hour near $197, compared with about $98 at full utilization. The article does not give a universal contractor rate; it asks readers to compare the calculated threshold with actual quotes and their own staffing needs.
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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Utilization Sets the Cost Threshold
The framework makes usable work time the key variable in a decision often reduced to salary versus an hourly contractor quote. A hire can be less expensive when there is sustained, core work to fill their schedule. For short assignments, uncertain demand or work requiring a specialist, an outside resource may compare more favorably because the organization does not have to fund unused capacity in the same way.
The calculation also clarifies what the threshold can and cannot tell a buyer. A contractor quote below the estimated break-even rate may look cheaper on direct cost, but the comparison does not by itself measure continuity, onboarding, management time, delivery risk or the value of retaining expertise. Meyer argues that keeping knowledge in-house can matter for core work. That is a decision factor, not a cost included in the hourly arithmetic.
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Labor Data Behind the Estimate
The U.S. estimate combines figures with different scopes and dates. BLS wage data place the median software developer wage at $135,980 in May 2025, while the employer cost figures cited for professional occupations are from June 2026. Meyer uses the broader occupational group’s relationship between wages, paid leave and other benefits to estimate the developer’s full employer cost. The resulting $95 hourly figure is therefore a constructed estimate, not a direct survey measurement for software developers.
For Germany, the article cites Destatis data reporting €58.50 per hour worked in the information and communication sector in 2025, compared with €49.00 in 2020. That sector figure covers IT and telecommunications jobs generally, not developers alone. Meyer also cites non-wage labor costs of €29 per €100 of gross earnings. The German and U.S. figures are useful starting points, but they are not exact like-for-like occupation comparisons.
Meyer says he excluded agency rate comparisons because rates vary and he found no published survey with a clear methodology. The article provides a calculation readers can apply to quotes they have, rather than naming providers or declaring one staffing model universally cheaper.
“Staff augmentation is cheaper than hiring. You hear it in every pitch deck. Sometimes it is true. Often it is not.”
— Thorsten Meyer, ThorstenMeyerAI.com
Limits of the Cost Comparison
The break-even rate is an illustrative estimate, not a market price or a recommendation for every employer. Its inputs span different reporting periods and occupational categories, and the U.S. calculation applies professional-group benefit patterns to a software developer median wage. The German sector average likewise includes occupations beyond software development.
Actual results depend on local pay, benefits, hiring costs, tenure, workload and the outside specialist’s quote. Meyer does not quantify indirect costs such as onboarding, coordination, turnover, knowledge loss or the time needed to supervise an augmented worker. The source also says evidence on how much coding agents increase developer speed remains unsettled; it provides no quantified AI productivity adjustment. Those factors can change a practical decision without changing the basic arithmetic.
Apply the Formula to Actual Quotes
The next step for a company using the framework is to substitute its own salary, employer costs, expected tenure, realistic hours of work and current staffing quotes. It should compare the outside rate with the adjusted cost of a hire, while separately weighing continuity and knowledge retention. No universal winning rate follows from the published examples.
Meyer says AI changes the inputs rather than the logic: it may create short, specialist projects while also giving companies reasons to retain expertise internally. The article does not specify a follow-up study or a date for updated calculations. Any future comparison would depend on newer labor data, actual market quotes and better-established evidence about AI’s effect on development work.
Key Questions
What does the break-even rate mean?
It is the highest hourly rate for an outside specialist at which that option still compares favorably with hiring under the assumptions used. If the quote is higher, hiring may be cheaper on the direct cost calculation.
Why does utilization change the result?
A full-time employee’s costs continue even when there is not enough work to use all available hours. At 50% utilization, the analysis estimates that each useful hour costs about twice as much as at full utilization.
Are the $98 and $197 rates market prices?
No. They are Meyer’s calculated U.S. examples, using public labor-cost figures and stated assumptions. The article does not report typical agency or contractor rates.
How should companies use the German figure?
The €58.50 per hour figure is a 2025 average for Germany’s information and communication sector, not a developer-only rate. It can serve as a starting point, but employers should use their own role-specific costs and workload assumptions.
Does the analysis account for AI coding tools?
It discusses AI as a factor that may change project demand and the value of in-house knowledge, but does not assign a productivity multiplier. Meyer says evidence on coding-agent speed gains remains unsettled.
Source: ThorstenMeyerAI.com
