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A November 6, 2026 article uses public labor-cost data to calculate the hourly break-even rate for hiring versus staff augmentation. Its estimates are about $95 per hour for a median U.S. software developer and €58.50 per hour for an employee in Germany’s information and communication sector; actual comparisons depend heavily on utilization and the specific contractor quote.
Thorsten Meyer AI published a cost comparison on November 6 that estimates what employers pay per hour of work from a full-time employee and uses that figure to define a break-even rate for staff augmentation. The calculation puts a median U.S. software developer at about $95 per hour actually worked, while a German sector average is €58.50; the article says the right comparison depends on the work available and the quoted outside rate.
The U.S. estimate combines the Bureau of Labor Statistics’ $135,980 median annual wage for software developers in May 2025 with employer-cost data for management, professional and related occupations in June 2026. The article applies a 1.28 cost factor to account for employer costs and divides the resulting annual cost, about $174,600, by an estimated 1,830 hours actually worked. These are calculations from different BLS measures and reference periods, rather than a single published BLS estimate of developer cost per hour.
For Germany, the article cites Destatis data showing €29 in non-wage labor costs per €100 of gross pay in 2025. It also reports an average employer cost of €58.50 per hour worked in the information and communication sector. That figure covers all jobs in the sector, not developers alone, so it is not a like-for-like German developer wage estimate.
The article adds recruitment expense as a smaller input: it cites SHRM’s 2025 average cost per hire of $5,475 for non-executive roles, with a median of $1,200. Spread across a year of work, it estimates the average adds about $3 per hour. The calculation then emphasizes utilization: if an employee is doing useful project work for only half of their available hours, the cost per useful hour roughly doubles. Under that assumption, its U.S. break-even estimate rises from about $98 to about $197 an hour.
Compare hiring with staff augmentation
A break-even rate compares employee cost per productive hour with an outside staffing quote. The result depends on workload, utilization, and the specific role.
Utilization Changes the Cost Equation
The break-even rate gives employers a way to compare a specific staffing quote with the cost of employing someone, using a shared measure: cost per productive hour. A contractor rate below that figure may look less expensive, but the article’s calculation shows that the result can change substantially if a full-time employee lacks enough work to fill their available hours.
That makes project duration and workload central to the decision. Short assignments, uncertain demand or a need for a specialist may make augmentation easier to justify, while sustained work can favor hiring if the employee remains productive. Employers also need to account for knowledge retention: work that builds essential internal expertise may carry costs beyond the hourly comparison. These are decision factors discussed by the article, not a universal finding that one staffing model is cheaper.
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How the Estimates Were Built
The article starts from employer costs rather than salary alone. In its U.S. example, BLS data for professional occupations show $78.88 in total employer compensation per hour worked, compared with $61.43 in wages and paid leave. The article derives a factor of about 1.28 from those figures, then applies it to the software developer median wage. Its estimate of 1,830 hours worked from 2,080 paid hours also relies on the BLS professional-occupation data on paid leave.
The sources do not provide a directly comparable published market rate for staff augmentation. The article says it found no rate survey with a sufficiently clear method and therefore names no providers or market prices. Instead, it asks readers to compare the calculated break-even figure with actual quotes. It also says that evidence about how much coding agents speed up developers remains unsettled; AI changes the assumptions employers may use, but not the arithmetic framework.
“A salary is not the cost.”
— Thorsten Meyer AI article
Limits of the Cost Comparison
The estimates are not a direct comparison between a specific employee and a specific staffing provider. No augmentation rate survey is included, and actual quotes, benefits, taxes, seniority, location and contract terms can differ. The U.S. calculation applies occupational-group employer costs from June 2026 to a developer wage figure from May 2025, while the German hourly figure covers an entire sector rather than developers specifically.
The article does not establish one utilization level that applies to every employer, nor does it quantify the value of continuity, onboarding or knowledge retained in-house. It also says evidence on coding-agent productivity remains unsettled. The break-even rate is a model to apply to an individual case, not a definitive market price or a guarantee of savings.
Apply the Rate to Local Quotes
The next step for a reader is to calculate the cost of the relevant employee using local compensation, employer contributions, paid leave and realistic productive hours, then compare that figure with written staffing quotes. The article offers a repeatable approach, but does not announce a follow-up study or a specific next publication. Any assessment involving AI productivity would also depend on clearer evidence about the task, tools and time period being measured.
Key Questions
What does the break-even rate mean?
It is the highest hourly rate for an outside specialist at which augmentation would still cost no more than hiring under the assumptions used. The article’s figures are estimates and should be recalculated for the particular role and project.
How much does the article estimate a U.S. developer costs per hour?
It calculates about $95 per hour actually worked for a median-paid software developer, using a May 2025 wage figure, June 2026 employer-cost data and an estimate of annual hours worked.
Why does utilization affect the comparison?
If an employee is available for many hours but has useful project work for only some of them, the cost per productive hour rises. The article’s example says the break-even rate roughly doubles at 50% utilization.
Is the German figure specific to software developers?
No. The cited €58.50 per hour is an average employer cost for the information and communication sector in 2025 and covers all jobs in that sector.
Does the article show that augmentation is always cheaper?
No. It provides no provider rates and makes no universal claim. It says the comparison depends on actual quotes, workload, project duration, specialization and the value of keeping knowledge in-house.
Source: Thorsten Meyer AI
