Location Matters Part 1: Redefining Onshore, Nearshore, and Offshore

Editor’s Note: This article is Part 1 of a 3-part blog series exploring the strategic configuration of global engineering talent across onshore, nearshore, and offshore talent pools.

Gun.io’s network includes developers and engineers from 200 countries and territories around the world. That experience has taught us that onshore, nearshore, and offshore are not competing tiers of engineering talent. They are just different ways of configuring a global team around the work, each with their own advantages and disadvantages.

Companies often treat the three models as a simple hierarchy. Onshore is positioned as expensive but dependable. Nearshore promises a compromise between cost and collaboration. Offshore is presented as the lowest-cost option for work that can be packaged up and sent elsewhere.

That framework is convenient, but it collapses several different decisions into one. Geography can affect working-hour overlap, travel, legal constraints, cultural familiarity, and communication latency. It does not tell you whether an engineer is exceptional, whether they understand your business, or whether they can independently turn an ambiguous operating problem into working software.

What Onshore, Nearshore, and Offshore Actually Mean

The terms are relative to the company buying the work.

For a US company, an onshore engineer is based in the United States. A nearshore engineer is based in a nearby country—commonly Canada, Mexico, or Latin America—with meaningful working-hour overlap and relative geographic proximity. An offshore engineer is based farther away, often in Europe, Africa, or Asia, where the distance and time-zone difference may be greater.

Even that definition is less precise than it appears. Research into nearshore delivery has identified multiple forms of proximity beyond physical distance, including temporal (working hours), cultural, linguistic, economic, political, and historical proximity. Two engineers can be thousands of miles apart but work in the same time zone, speak the same language, and share substantial professional context. Two people can live in the same country and still have almost no meaningful overlap in how they communicate or make decisions. (Carmel and Abbott, Communications of the ACM)

The terms also describe location, not the commercial relationship. A third-party contractor in Texas can be both onshore and outsourced. A full-time employee working from India can be offshore without being outsourced. A Brazilian engineer may be nearshore to a US company and offshore to a company in Japan.

Companies nevertheless attach qualities to these labels that the labels do not contain. “Onshore” does not guarantee business judgment. “Nearshore” does not guarantee effective collaboration. “Offshore” does not mean junior, interchangeable, or limited to implementation. Geography influences how a team works, but it does not determine the quality of the people doing the work.

Conclusion

Understanding what these terms actually mean is the critical starting point for building a modern engineering organization. The best team doesn’t restrict itself to artificial hierarchies or rigid geographic labels—it looks beneath the surface at true proximity, individual capability, and team alignment.

Further Reading in This Series:

• Part 2: Matching Engineering Location to Task Ambiguity — Discover how the real variable in talent selection is how much ambiguity and interdependence your project contains.
• Part 3: The True Cost of Distributed Teams & Building the Mixed Model — Learn why cheap implementation can become expensive due to coordination costs and how to build a hybrid global team.