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Comparison

Offshore (e.g. India) vs Nearshore (e.g. LATAM, EU) vs In-house

A practical comparison of the three engineering-team models — offshore, nearshore and in-house — on cost, time-zone overlap, talent depth and what it actually feels like day-to-day.

Jump to the comparison
At A Glance

Side-by-side comparison.

Criterion Offshore (e.g. India) Nearshore (e.g. LATAM, EU) In-house
Cost vs US/UK in-house 40–60% less 20–35% less Baseline
Time-zone overlap (US) 2–4 hours/day 5–8 hours/day Full
Talent pool depth Largest globally (India, PH, Vietnam) Strong & growing Local pool only
Hire-to-productive time 3–6 weeks 3–6 weeks 6–12 weeks + recruiting
Scaling team up/down Fastest Fast Slowest
Embedded business knowledge Strong if same team stays Same Strongest
Communication friction Async-first by necessity Sync mostly works Sync default
Equipment / office cost Included in rate Included in rate On you

Cells with a coloured accent show the winner for that row.

Deep Dive

The detail behind each criterion.

The cost picture honestly

Winner: Offshore (e.g. India)

The headline numbers — “offshore is 70% cheaper” — are misleading because they compare rates, not total cost of getting work shipped. The real comparison includes: management overhead, communication time, ramp-up time, attrition and (sometimes) rework caused by misalignment.

A realistic 3-year TCO comparison for a senior full-stack engineer:

  • Offshore India — fully-loaded ~$45k–$70k/year
  • Nearshore (LATAM, Eastern EU) — fully-loaded ~$75k–$110k/year
  • US in-house — fully-loaded ~$160k–$240k/year (salary + benefits + office + recruiting)

The savings from offshore and nearshore are real — but the management discipline needs to be real too.

Time-zone overlap and what it costs you

Winner: In-house

Time-zone overlap is the most under-estimated factor. Two engineers in different time zones who can have a face-to-face conversation for 6+ hours a day collaborate roughly twice as well as two engineers with 2-hour overlap, by every productivity measure we’ve tracked.

India offshore from the US east coast gets 2–4 productive overlap hours daily — fine for ticket-based work, awkward for tight collaboration. India to UK gets 4–5 overlap hours — much better. LATAM nearshore to US east coast gets 5–8 overlap hours — close to in-house.

The right answer depends on the work. Independent feature delivery handles low overlap well; tight cross-functional pairing does not.

When offshore quietly outperforms

Winner: Offshore (e.g. India)

Offshore wins in three scenarios that proponents don’t talk about often enough: (1) when the work is well-defined and async-friendly — feature build, bug fix, integration; (2) when the team has been together long enough that the trust deficit of distance has dissolved (usually after 6+ months); (3) when the offshore provider is small enough to put your account in front of senior engineers, not a junior pool.

The mistakes are also predictable: trying to outsource ambiguous discovery work, treating offshore as bodies-for-hire instead of a real team, and going with the cheapest provider where margins force the firm to put juniors on your account.

Decision Guide

When to choose each one.

Choose Offshore (e.g. India) if

Choose offshore if:

  • Cost is a major factor
  • The work is well-defined and async-friendly
  • You can commit to written specs, async communication and weekly demos
  • You can afford a 6+ month relationship-building runway
  • You have at least one senior engineering manager in-house who can co-pilot the offshore team

Choose Nearshore (e.g. LATAM, EU) if

Choose nearshore if:

  • Time-zone overlap is non-negotiable
  • Your work involves a lot of synchronous collaboration (live design, complex incident response)
  • You want moderate cost savings without changing the way your team works
  • You’re US-based — LATAM nearshore options have matured significantly

Choose In-house if

Choose in-house if:

  • The product is your core IP and you want embedded long-term knowledge
  • You have the budget and recruiting muscle to compete for local talent
  • The work involves a lot of physical/local presence (hardware, regulated facilities)
  • You’re early-stage and need maximum communication bandwidth with founders
Migration

Moving from one to the other.

Most fast-growing companies end up running a hybrid model: a small in-house core team holding institutional knowledge, plus an offshore or nearshore extended team handling the bulk of feature delivery. We help clients build this hybrid all the time — usually with our delivery pods as the offshore arm and the client’s own engineers as the in-house core.

The single biggest mistake we see: trying to migrate from one model to another in one big step. The better path is to add a small offshore or nearshore team alongside in-house first, run them together for 3–6 months, then adjust the mix.

Background

The fuller picture.

Every fast-growing company runs this debate eventually. The marketing claims around each model are misleading on all sides — offshore is sold as a 70% cost saving (it isn’t, once you account for management overhead), nearshore is sold as the perfect compromise (it depends entirely on the region), and in-house is sold as the only “real” option (it isn’t, and increasingly isn’t the smartest either).

Ready When You Are

Still not sure which
to pick?

Tell us your situation in one call. A senior engineer will recommend the right option — no obligation, no pitch deck.