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Offshore vs Domestic Engineering Costs: A Total Cost of Ownership Comparison

Compare the true cost of offshore vs domestic senior engineers: salary, overheads, hiring, attrition, management and productivity, with a TCO framework.

Girish

· 4 min read

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"How much will we save with an offshore team?" Finance wants a number. Engineering wants assurance that quality will not suffer. Both deserve a more rigorous answer than comparing average salaries.

This guide gives you a framework to compare offshore vs onshore software development cost honestly.

Both deserve a more rigorous answer than comparing average salaries.

Why is salary comparison misleading?

Base salary is only part of what an engineer costs. Benefits, taxes, equipment, office space, recruiting fees, management time and the cost of empty seats all add up, in both domestic and offshore models. Productivity and attrition also differ by team design, not just by location.

What goes into total cost of ownership?

TCO components stacked bar
Cost componentDomestic in-houseOffshore via partner
Base salaryLocal market rateLocal market rate in offshore region
Benefits and payroll taxesEmployer contributionsIncluded in partner fee
RecruitingAgency fees or recruiter timeUsually included
Onboarding and ramp-upInternal timeShared; partner supports
Equipment and facilitiesLaptops, office, softwareUsually included (except your licences)
Management overheadEngineering managersYour leaders plus partner operations
Attrition costRehiring and lost contextMitigated by partner retention programmes
Travel and integrationMinimalPeriodic visits
Partner marginNoneIncluded in fee

How do you calculate a fair comparison?

  1. Calculate fully loaded domestic cost per engineer: salary, benefits, taxes, equipment, facilities, recruiting amortised over expected tenure.
  2. Get an all-inclusive offshore rate for the same seniority and skills.
  3. Add integration costs: travel, additional management time, tools.
  4. Factor attrition: expected annual attrition × cost per replacement (hiring, onboarding, lost productivity).
  5. Adjust for time-to-hire: months of an empty seat have a cost in delayed delivery.
  6. Compare over three to five years, not one.

Simple TCO formula

Annual TCO per engineer = Fully loaded compensation + (Recruiting cost ÷ expected tenure in years) + Equipment and facilities + Management overhead share + (Attrition rate × replacement cost)

Formula graphic

Use the same formula for both models with your real numbers.

What affects offshore productivity?

  • Seniority: senior engineers need less supervision and produce higher quality.
  • Integration: teams in your processes and code review perform like your home teams.
  • Ownership: teams that own services deliver more than teams given isolated tickets.
  • Time-zone design: a fixed overlap window prevents delays.
  • Retention: context built over years drives speed. See retention practices.

Where do offshore teams save the most?

  • Scaling platform, DevOps and cloud infrastructure teams
  • Building data and AI/ML capacity in competitive domestic markets
  • Adding QA and security engineering capacity
  • Providing 24/7 operations coverage without night shifts at home

When might domestic hiring be the better option?

  • Roles requiring daily in-person customer interaction
  • Very small teams where coordination overhead dominates
  • Regulatory requirements that restrict where work can be done
  • Leadership roles that must sit with headquarters

How Crozaint approaches cost

Crozaint positions its engineering centres as competitive with domestic senior hiring, with the benefits of senior engineers hired within weeks, no lock-in and flexible scaling. You choose between Managed Operation and Build-Operate-Transfer, interview and approve every hire, and see retention and SLA metrics (including 98% on-time SLA compliance) as part of governance.

We build a cost model with you during the 1–2 week Scope step, using your actual roles and alternatives.

Common mistakes to avoid

  • Comparing base salaries instead of total cost
  • Ignoring attrition and time-to-hire
  • Hiring junior offshore engineers to hit a cost target
  • Forgetting integration and travel costs
  • Evaluating over one year instead of three to five

Conclusion

The right comparison is total cost of ownership over several years, adjusted for seniority, attrition and integration. Run the numbers honestly and the decision usually becomes clear.

Want a cost model for your team? Scope your engineering centre with Crozaint.

Frequently Asked Questions

How much can we save with an offshore engineering team?

Savings depend on your home market, the offshore region, seniority and how well the team is integrated. Many organisations achieve meaningful savings on fully loaded cost for senior engineers. Calculate total cost of ownership with your real numbers rather than relying on generic percentages.

What is the fully loaded cost of an engineer?

Fully loaded cost includes base salary plus benefits, payroll taxes, equipment, software, office space, recruiting costs amortised over tenure, training and a share of management overhead. In many markets it is substantially higher than base salary, which is why salary-only comparisons mislead.

Do offshore teams deliver lower quality?

Not inherently. Quality depends on seniority, integration into your engineering processes, code review standards and ownership. Senior offshore engineers who work in your sprints and code reviews deliver quality comparable to home teams. Poorly integrated, junior-heavy teams struggle anywhere.

What does an offshore partner fee include?

Typically salary, benefits, statutory contributions, recruiting, facilities, equipment, local HR, payroll, compliance, management and the partner's margin. Confirm exactly what is included, such as software licences, travel and training, so comparisons with in-house costs are accurate.

Is BOT cheaper than a managed model in the long run?

For large, stable teams, BOT can reduce long-term costs because you stop paying partner margin after transfer. But you take on HR, compliance and facilities costs and risks directly. Compare five-year total cost for both models using realistic assumptions.

Written by

Girish

Crozaint · 15 articles

Full profile coming soon.

Nidhish JoyReviewed for technical accuracy by Nidhish Joy, Co-founder & CEO.

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