In-House vs. Remote Dedicated Teams: Total Cost of Ownership

When companies compare an in-house hire to a dedicated remote hire, they usually compare salaries — and salaries are the least interesting part of the comparison. The honest metric is total cost of ownership (TCO): everything you spend to recruit, equip, employ, retain, and eventually replace a team member. Run the numbers that way and the gap between an in-house team and a dedicated remote team is far larger than the salary delta suggests. Here is the full accounting.

The visible cost: salary

For a mid-level US software developer in 2026, base salary commonly runs $100,000–$140,000 depending on stack and region. Everyone budgets this part. It is typically only 60–70% of the real annual cost.

The submerged costs of an in-house hire

1. Benefits and employer taxes

Employer payroll taxes, health insurance, retirement matching, and paid leave typically add 25–40% on top of base salary. On a $120,000 developer, that is $30,000–$48,000 per year before they write a line of code.

2. Recruitment

Agency recruiters commonly charge 20–25% of first-year salary — $24,000–$30,000 for that same developer. Recruit in-house instead and you pay in job-board fees, screening hours, and engineering time spent interviewing. Industry estimates for time-to-fill on engineering roles commonly run 6–12 weeks, during which the work simply does not get done.

3. Workspace and equipment

Office space, a laptop refresh cycle, software licenses, IT support. Even hybrid arrangements typically cost $5,000–$15,000 per employee per year once real estate is allocated honestly.

4. Management and HR administration

Payroll processing, compliance, benefits administration, performance paperwork. Small companies feel this the most because there is no HR economy of scale — the founder does it at the most expensive hourly rate in the building.

5. Attrition — the cost nobody budgets

Replacing a departed engineer commonly costs 50–100%+ of their annual salary once you count recruitment, ramp-up time, lost velocity, and knowledge loss. At typical tech turnover rates, a team of five should expect roughly one departure per year. That is a recurring five-figure cost hiding outside every budget spreadsheet.

6. Opportunity cost of slow hiring

The 6–12 weeks it takes to fill an engineering role is not just a recruitment cost — it is lost output. If a developer produces $15,000–$20,000 worth of deliverables per month, a two-month vacancy costs $30,000–$40,000 in work that does not get done, deadlines that slip, and team members who absorb extra load. This cost never appears in any HR budget but is often the largest single expense of an in-house hiring cycle.

The in-house TCO summary

• Base salary: $120,000
• Benefits and taxes: ~$36,000
• Recruitment amortized: ~$10,000/year
• Workspace, equipment, tooling: ~$8,000
• Attrition risk amortized: ~$15,000–$25,000
• Realistic TCO: ~$190,000 per year per developer — commonly $155,000–$210,000

The dedicated remote team model

A dedicated remote team through GlobalEmployees works differently: each professional is a full-time employee working exclusively for you, but GlobalEmployees carries the employment infrastructure. One flat monthly fee per person covers salary, recruitment, payroll, HR administration, office space, and IT support. Current representative rates:

• Software developers (full-stack, PHP, Salesforce, .NET): $1,290/month — $15,480/year
• Web, WordPress, Magento, WooCommerce developers: $990/month — $11,880/year
• SEO experts: $790/month; data entry operators: $590/month; data analysts: $990/month

The line items that dominate in-house TCO simply do not appear on your side of the ledger:

• Recruitment: included — resumes within 48 hours from a pre-vetted pool of 2,800+, interviews free, no placement fee.
• Benefits, payroll, HR: included in the flat fee.
• Workspace and IT: included — the professional works from a managed office with backup power and connectivity.
• Attrition: if someone leaves, replacement recruiting is the provider's job, not a $25,000 surprise.
• Exit cost: no long-term contracts and a 100% money-back guarantee — downsizing a remote dedicated team is a notice period, not severance negotiations.

A five-person team, both ways

Consider a typical delivery pod: three developers, one QA/data specialist, one admin/operations support.

• In-house (US): at a blended ~$150,000 TCO per person — roughly $750,000 per year, plus 3–6 months to hire everyone.
• Dedicated remote: three developers ($1,290) + one data analyst ($990) + one data entry operator ($590) — $5,450 per month, about $65,400 per year, typically staffed in weeks.

That is roughly a 90% reduction in team cost — or, framed more usefully, the same budget funds a team ten times the size, or funds the same team for a decade instead of a year.

Scaling scenarios: what your budget actually buys

The TCO gap becomes strategically interesting when you stop thinking about cost savings and start thinking about capacity. Three scenarios that illustrate the shift:

Startup with $200,000 annual engineering budget

In-house: one developer, possibly a junior-to-mid hire after benefits and taxes. Dedicated remote: a team of four full-time engineers plus a QA resource, with budget left for tooling and infrastructure.

Growth-stage company adding a new product line

In-house: two senior hires over 4–6 months of recruiting, shipping meaningful features perhaps by month eight. Dedicated remote: a four-person pod assembled in 2–3 weeks, with a working prototype in month two.

Enterprise supplementing an existing team

In-house: three additional headcount requiring budget approval, job descriptions, recruiter engagement, and interview cycles — typically a quarter of elapsed time. Dedicated remote: three developers staffed within weeks, working under the direction of existing local leads, expanding capacity without expanding headcount paperwork.

What TCO math does not capture — the honest caveats

• Management is still on you. Dedicated remote professionals are directed by you, like any employee. Budget real time for onboarding, clear specs, and regular reviews. (See how the model works for where the split of responsibilities falls.)
• Time zones require design. India overlaps US mornings/evenings; most teams standardize a 2–4 hour overlap window for standups and pairing and let async cover the rest.
• Some roles belong in-house. Product leadership, roles requiring physical presence, and positions with heavy regulatory constraints are usually worth local cost. TCO thinking is about putting execution capacity where it is most efficient, not relocating everything.
• Communication overhead is real but manageable. Written specifications need to be clearer, meetings need agendas, and decisions need documentation. These are genuine process investments — but they also improve how your entire team works, including your local employees.

How to run the comparison for your own team

1. Take your last engineering hire's base salary and multiply by 1.3–1.4 for benefits and taxes.
2. Add your actual recruiting spend divided across hires per year.
3. Add workspace and equipment per head.
4. Add 15–20% of salary as amortized attrition cost.
5. Factor in the opportunity cost of vacancy time: how many weeks was the role open, and what did not get built?
6. Compare against $990–$1,290 per month flat — then decide which roles genuinely require local presence and which are execution roles that do not.

The productivity question: does remote mean slower?

The most common objection to the dedicated remote model is not cost but productivity: will a remote team deliver the same output as a local one? The honest answer is that productivity depends on management quality, not physical proximity. Teams with clear specifications, consistent communication cadences, and proper tooling perform at parity regardless of where members sit. Teams with vague requirements, infrequent check-ins, and tribal knowledge locked in hallway conversations underperform — and that is true of local teams too.

What remote work does change is the mode of productivity. Synchronous collaboration (whiteboarding, pair programming, spontaneous discussion) is constrained to the overlap window. Asynchronous work (spec-driven feature development, code review, testing, documentation) fills the remaining hours. Many teams discover that the discipline required by this structure — writing better specs, documenting decisions, reviewing work in writing — actually improves their overall output, including the work done by their local employees.

Risk-adjusted TCO: the complete picture

Traditional TCO analysis accounts for known costs. Risk-adjusted TCO also factors in the probability-weighted cost of things going wrong. For in-house teams, the dominant risk is attrition: a key developer leaving mid-project can cost $50,000–$100,000 in replacement and lost momentum. For dedicated remote teams, the dominant risk is communication failure: unclear specs producing wrong deliverables. The crucial difference is that communication risk is largely within your control (better specs, more review), while attrition risk is largely outside it (market conditions, competing offers). A model where the controllable risk is the primary risk is, by definition, the more manageable one.

The bottom line

A US in-house developer typically costs $155,000–$210,000 per year in true TCO; a dedicated remote developer through GlobalEmployees costs $11,880–$15,480 — with recruitment, HR, infrastructure, and replacement risk carried by the provider. For execution-heavy roles, the dedicated model is not a marginal saving; it changes what size of team your budget can support. Start by browsing dedicated software developers, get resumes within 48 hours, and interview candidates free before committing anything.

Frequently asked questions

Are there hidden costs in the dedicated remote model?

The honest additions are management time and tooling. You will spend real hours onboarding, specifying work, and reviewing output, exactly as with local employees, and you provide licenses for your own stack (project tracker, design tools, cloud accounts). What you will not find are the classic hidden lines of employment: recruiting fees, benefits administration, workspace, equipment refreshes, or severance exposure. The flat fee is genuinely flat, and there are no long-term contracts to complicate exit math.

How quickly can a dedicated remote team be assembled?

Resumes arrive within 48 hours per role, interviews are free, and a typical five-person pod can be fully staffed in two to four weeks depending on how quickly you interview. The equivalent in-house team commonly takes one to two quarters to hire in a competitive market, with recruiting costs accruing the whole way. Speed of assembly is one of the least appreciated TCO advantages: capacity that arrives months earlier produces months of additional output.

Does the quality match an in-house team?

Quality tracks vetting and management, not geography. The candidates you interview come from a pool of 2,800+ pre-vetted professionals built over 12+ years and 950+ placements, and you apply your own bar in free interviews before anyone starts. Teams that onboard properly and manage output rather than hours report parity with local hires on execution work. Roles requiring deep product intuition or constant customer contact are where in-house still earns its premium, and a sensible structure keeps those local.

What happens when someone on the remote team leaves?

Replacement is the provider's responsibility: a new search from the pre-vetted pool begins immediately at no additional recruiting cost, and the 48-hour resume standard applies again. You still lose some context, as with any departure anywhere, which is why the playbook of written runbooks and documented processes matters. But the five-figure recruiting-and-ramp bill that makes in-house attrition so expensive simply never lands on your side of the ledger.

Can I mix in-house and dedicated remote staff on one team?

Yes, and this hybrid is the most common end state: local leads own architecture and stakeholder contact while dedicated remote members carry execution volume. It works when both groups share the same standups, trackers, and standards; it fails when remote members are treated as a separate second-tier queue. Budget-wise, one local lead plus three dedicated remote developers typically costs less than two local developers, while delivering roughly double the hands-on capacity.

Is the dedicated model suitable for startups or only established companies?

The model works for both, but the value proposition differs. For startups, the primary advantage is speed and capital efficiency: you can build a three-person engineering team for under $4,000 per month with no recruiting fees, no equity dilution for hires, and no long-term commitments — critical when runway is measured in months. For established companies, the value is capacity multiplication: the same annual budget that funds two local developers can fund a mixed team of eight or ten, dramatically expanding what the engineering organization can deliver. In both cases, the prerequisite is the same: someone on the client side who can provide technical direction and review output.

How does the dedicated model handle compliance and employment law?

The professionals are employed by GlobalEmployees in India, which means Indian labor law, tax withholding, and benefits compliance are handled entirely by the provider. You have no employer-of-record obligations, no foreign-entity setup requirements, and no cross-border payroll complexity. Your relationship is a service agreement with GlobalEmployees, not an employment contract with the individual. This is one of the structural advantages over trying to hire directly in India: the legal and administrative layer is already built and maintained.