Nearshore Software Development in Europe for US Companies: Overlap, Rates and Rules

For US companies, "nearshore" usually means Latin America, because the time zones line up. Europe is often filed under offshore. In practice, a team in Lisbon, Warsaw or Belgrade shares a large part of the working day with New York and Chicago, has deep engineering talent and works under data protection rules that often meet or exceed US clients' own requirements.

For a US company on Eastern Time, a Central European team working 11:00 to 19:00 local time shares four hours of the working day, and moving both schedules by one hour raises that to six hours.

This article gives a city-by-city overlap table for European hubs against all four US time zones, compares rates and talent with Latin America and explains the legal and practical rules that matter. It does not compare individual vendors, and it is not a general guide to outsourcing models.

Key takeaways

• Portugal and Central Europe overlap well with the US East Coast. Overlap with the West Coast needs adjusted schedules on both sides.
• A Central European team on an 11:00–19:00 schedule overlaps four hours with Eastern Time and three with Central Time.
• Central and Eastern European engineers typically cost $45–$85 per hour, similar to Latin America and well below US rates of $110–$200.
• Europe's advantage is depth: the EU had about 10.5 million ICT specialists in 2025, and several Central European countries rank in the global top 25 for English proficiency.
• EU-based providers follow GDPR for personal data, which often lifts the security baseline for US clients' projects.
• For about three weeks in March and one week in late October, the US and Europe change clocks on different dates, which shifts overlap by one hour.

Time-zone overlap: the city-by-city table

The table shows how many working hours a European team shares with each US time zone under three common schedules.

• Schedule A: both teams work 9:00–17:00 local time.
• Schedule B: the European team shifts to 11:00–19:00, and the US team stays at 9:00–17:00.
• Schedule C: the European team works 12:00–20:00, and the US team starts at 8:00.

The differences stay the same in summer and winter for most of the year, because both regions use daylight saving time. The exception is a few weeks when the clocks change on different dates. The US moves its clocks forward on the second Sunday in March and the EU on the last Sunday in March, and in autumn the EU changes back on the last Sunday in October and the US on the first Sunday in November. During those weeks, the gap is one hour shorter and overlap is one hour longer.

How much overlap is enough?

For most product teams, three to four hours of overlap is enough for daily stand-ups, quick decisions, code reviews and pairing on hard problems. Below two hours, teams need to rely on written handovers and asynchronous updates, which works for well-defined work but slows down discovery and debugging. Above five hours, the team behaves much like a local one.

Teams working with the US West Coast usually combine a later European schedule with an early start in California, for example 8:00 Pacific and 13:00–21:00 in Lisbon, or they keep one daily meeting and run the rest of the collaboration in writing.

Rates: Europe compared with Latin America and the US

Rates depend on seniority, stack and engagement model. These are typical full-time ranges for experienced engineers in 2026.

Central and Eastern Europe and Latin America cost about the same. Latin America has more overlap with the US, especially the West Coast. Central Europe offers a larger and older engineering talent pool, strong computer science education and experience with Western European clients, which matters for complex products, data work and AI engineering.

Our guide to IT staff augmentation companies breaks these rates down further by provider type.

Talent and language

Europe's engineering talent is large and growing. According to Eurostat, more than 10 million people worked as ICT specialists in the EU in 2025, about 5% of total employment, and their number grew by almost 60% over the previous decade. Poland, Romania and Czechia are among the largest technology hubs in Central and Eastern Europe, and Serbia and Ukraine add strong teams outside the EU.

English is rarely a barrier. In the EF English Proficiency Index 2025, Croatia ranks second in the world, Portugal sixth, Romania 11th, Poland 15th, Bulgaria 18th, Hungary 22nd and Czechia 23rd. In engineering teams that work with international clients, English is usually the daily working language.

Legal and data rules for US companies

Who employs the engineers

When a US company works through a provider that employs its engineers locally, the provider handles employment contracts, taxes and social contributions in its own country. This avoids the risk of engineers being treated as the US company's employees, which can come up when a company contracts individuals directly.

Intellectual property

The contract should assign all work product to the US company from creation, and confirm that the provider's own employees have assigned their rights to the provider. Our guide to software development outsourcing agreements covers the clauses that matter.

Personal data

An EU-based provider must follow GDPR for any personal data it processes, including data about the US company's customers. In practice, this means documented security measures, access controls, breach procedures and limits on who can see what, which often meets or exceeds what US clients expect. Providers in non-EU European countries follow their own laws, and several, including Serbia, have data protection laws modeled on GDPR. For health, financial or government data, agree on specific requirements, such as HIPAA safeguards or data residency, in the contract.

Holidays and working calendars

National holidays differ from US holidays and from each other, and some countries celebrate Orthodox Christmas and Easter on different dates. Agree on a shared calendar at the start, so coverage gaps are planned rather than discovered.

How to make a European nearshore team work

1. Agree on the overlap window in writing. Name the hours both sides protect for meetings, and keep them stable.
2. Put the key meetings in the overlap. Stand-up, planning, demos and reviews belong in shared hours. Everything else can move to writing.
3. Write decisions down. Short written summaries after each decision prevent the next-day surprise that time zones create.
4. Give the team a lead with authority. A delivery lead who can make day-to-day decisions removes the wait for the US team to wake up.
5. Use the time difference. A European team can review code, run tests and prepare builds before the US workday starts, so the US team begins each day with results.
6. Visit once a year. A few days in person at the start of the engagement and once a year after that builds trust faster than months of video calls.

Our article on remote work communication covers the day-to-day practices in more detail.

When Europe is the better nearshore choice, and when it is not

Europe tends to fit better when:

• The US team is on Eastern or Central Time.
• The product involves complex backend, data, security or AI work, where the depth of the talent pool matters.
• The company also sells in Europe and wants a team familiar with GDPR, the European Accessibility Act and European customers.
• The company prefers working within EU data protection rules by default.

Latin America tends to fit better when:

• The US team is on the West Coast and needs most of the day in real time.
• Spanish or Portuguese language skills matter for the product or support.
• The work depends on frequent, unscheduled real-time collaboration throughout the day.

What long-term US engagements look like

.wrk teams in Central and Eastern Europe have worked with US clients for years. A New York education publisher has had its subscription platform developed by the same two-person .wrk team since 2017, as it grew to more than a million users. A US cybersecurity media company works with .wrk through several teams at once, from augmented frontend and data engineers to a dedicated team that built its threat intelligence platform. Read the EdTech platform case study and the NEXUS case study.