🔍 Read the full analysis: The Cost Crossover Point For IT Staff Augmentation And Full-Time Hiring on ThorstenMeyerAI.com
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TL;DR
A November 6 analysis from ThorstenMeyerAI.com calculates that a median US software developer costs an employer about $95 per hour actually worked before recruiting costs, while Germany’s information and communication sector averaged €58.50. The author estimates a US break-even contractor rate near $98 at full utilisation, rising to about $197 when a hire’s time is only half-used; the figures depend on assumptions and are not vendor-rate comparisons.
ThorstenMeyerAI.com published a cost comparison on November 6 estimating when staff augmentation may cost less than employing a full-time developer, using public labor and recruiting data for the United States and Germany. Its central calculation puts a median US developer’s employment cost at about $95 per hour actually worked before hiring expenses, and estimates a break-even outside rate near $98 per hour if the employee is fully occupied for a year. The author says utilisation—the share of paid time spent on needed work—can change that threshold far more than recruitment fees.
The analysis, written by Thorsten Meyer, uses US Bureau of Labor Statistics figures and German Federal Statistical Office (Destatis) data rather than provider quotes. For the US, it combines the May 2025 median software developer wage of $135,980 with employer cost data. BLS figures for June 2026 put employer costs for management, professional and related occupations at $78.88 per hour worked, including wages and benefits. Meyer applies an estimated 1.28 cost factor and approximately 1,830 hours actually worked per year to arrive at roughly $95 an hour for a median developer.
For Germany, the article cites a 2025 average of €58.50 per hour worked in the information and communication sector. Destatis reports employers paid €29 in non-wage labor costs for every €100 of gross earnings. The German hourly figure covers a sector across occupations, not developers alone, so it is not a like-for-like comparison with the US occupation-specific estimate.
Meyer adds SHRM’s 2025 average cost-per-hire figure of $5,475 for non-executive roles. Assuming a one-year tenure and full utilisation, the analysis says that adds about $3 per hour, producing an estimated $98 hourly break-even rate. SHRM’s reported median was $1,200; the benchmark covers roles across industries, not only technology. Meyer does not provide market rates for staffing firms, saying published surveys with a clear methodology were unavailable.
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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Utilisation Sets the Cost Threshold
The calculation highlights a practical budgeting issue: a salary and benefits bill continues even when a full-time employee has no useful work to do. If a hire is needed for only half of their available hours, the cost per productive hour can roughly double. Meyer’s example places the break-even rate at about $197 per hour at 50% utilisation, compared with about $98 at full utilisation, including the assumed one-year recruiting cost.
That does not establish that contractors are always cheaper. A company must compare the resulting threshold with actual supplier quotes and account for the project’s duration, onboarding, management time, continuity and any additional contract costs. The analysis is most useful as a repeatable framework: it asks decision-makers to calculate what their own employees’ productive hours cost, then compare that figure with a specific outside rate.
The author’s broad conclusion is conditional. Short, uncertain or specialist assignments may favor augmentation when there is not enough ongoing work to keep a hire occupied. Long-running work and roles that hold important organizational knowledge may favor employment, especially when the person can remain productive across a sustained workload.
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Public Data, Not Vendor Quotes
The article frames its result as a calculation rather than a survey of staffing prices. Its US employment-cost inputs come from the BLS Employer Costs for Employee Compensation survey and the BLS wage estimate for software developers. For June 2026, the BLS reported private-industry employer costs averaging $46.89 per hour worked, including $32.82 in wages and $14.07 in benefits. The professional and related occupational grouping used in Meyer’s calculation had higher costs, at $78.88 per hour.
The German figures use a different statistical measure. Destatis reported an average of €45 per hour across industry and services in 2025, against €34.90 for the EU average, while the information and communication sector averaged €58.50. These figures include employer contributions and holiday pay, but they represent sector averages rather than a developer’s individual compensation.
The recruiting-cost adjustment is also an estimate, not a universal fee. SHRM’s 2025 benchmark surveyed 2,371 member organizations and reported an average non-executive cost per hire of $5,475 alongside a $1,200 median. Meyer spreads the average across a year of work for the one-year example and reports about $96 per hour over three years. The article says its figures are not legal, tax or financial advice.
““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 Break-Even Estimate
The figures are not a universal price comparison. The $95 US estimate is Meyer’s calculation from published wage and employer-cost data, and it uses an occupational median plus a broader professional-group cost factor. The German €58.50 figure covers all jobs in information and communication. Different role levels, locations, benefit packages and working patterns can produce different employment costs.
The reported thresholds also depend on assumptions about annual hours, employee utilisation, tenure and recruiting costs. The source material gives the 50% utilisation example and a one-year recruiting-cost adjustment, but does not supply a full sensitivity table for other utilisation levels or explain every possible employer expense. It provides no contractor or agency rates, so it cannot establish which option is cheaper in a particular procurement decision.
The article says evidence on how much faster coding agents make developers remains unsettled. It does not quantify an AI productivity effect or show that AI changes the break-even calculations by a specific amount. Whether AI-related work favors outside specialists or in-house knowledge retention will depend on the project and the employer.
Apply the Model to Local Quotes
The next step for an employer is to replace the article’s illustrative inputs with its own salary, benefits, expected productive hours, recruiting expenses and likely tenure. It can then compare the resulting cost per productive hour with actual staff-augmentation quotes, including any onboarding, management or contract charges. That comparison should also account for how uncertain the workload is and whether the work depends on knowledge the organization needs to retain.
The source does not announce a follow-up study, a new dataset or a future publication date. Its immediate practical offering is a calculation readers can repeat with their own figures. Any conclusion about whether augmentation or hiring is cheaper remains specific to those inputs; the market rates and project conditions needed to decide individual cases are not provided.
Key Questions
What break-even rate does the analysis estimate for a US developer?
Meyer estimates about $98 per hour for a median US developer at full utilisation over a one-year period, including an assumed share of recruiting costs. The underlying employment-cost estimate is about $95 per hour actually worked before that adjustment.
Why does the break-even rate rise at 50% utilisation?
The employer still pays the employee while only half the available time produces needed work. In Meyer’s example, that raises the estimated threshold to about $197 per useful hour. It is an illustrative calculation, not a rate for every role or employer.
Does the article show that staff augmentation is cheaper?
No. It supplies a method and estimated thresholds, but does not include staffing-provider prices. A company needs to compare the threshold with its own supplier quotes and employment costs.
Are the US and German figures directly comparable?
Not fully. The US estimate is based on a software developer’s median wage combined with broader professional-group employer-cost data. Germany’s €58.50 hourly figure is an average for the information and communication sector, which includes occupations beyond developers.
What does the analysis say about AI and the calculation?
Meyer says AI may create new specialist assignments and new reasons to retain knowledge in-house, but the evidence on coding-agent productivity remains unsettled. The article provides no quantified AI adjustment to its break-even estimates.
Source: ThorstenMeyerAI.com
