Supply chain strategy
Moving production closer to customers changes more than the factory address. It changes how inventory enters the network, where it waits, and which facilities the network actually needs.
In brief
In this article
Global supply chains are undergoing significant changes as organizations reconsider where products are manufactured, how inventory moves through their networks, and how to balance cost, service, and operational risk. Nearshoring and reshoring have emerged as two strategies for addressing these challenges, but choosing between nearshoring vs. reshoring requires more than comparing manufacturing labor rates.
The decision to relocate production can fundamentally change an organization's supply chain network, including transportation requirements, inventory positioning, distribution center locations, facility infrastructure, and automation needs. Understanding these downstream implications is essential to determining whether a new sourcing or manufacturing strategy will actually improve operational performance.
Reshoring is the process of bringing manufacturing or production activities back to a company's home country after previously relocating those activities internationally. For U.S. companies, this typically means returning manufacturing operations to the United States.
Organizations consider reshoring for several reasons, including reducing exposure to international trade disruptions, improving responsiveness to domestic demand, protecting intellectual property, and gaining greater oversight of production operations. Government incentives, tariffs, and changing transportation economics can also influence the decision.
However, reshoring introduces its own challenges. Domestic labor costs, facility availability, utility infrastructure, construction requirements, and capital investment can significantly affect the economics of relocating production.
Automation is frequently discussed as a solution to higher domestic labor costs, but it should not be assumed that every reshored operation requires extensive automation. The appropriate level of automation depends on throughput, labor availability, product characteristics, operating schedules, and the financial return associated with the investment. A properly engineered solution may involve conventional material handling equipment, selective automation, advanced robotics, or a combination of technologies. The objective should be to develop the most effective operating model rather than assume a particular technology is necessary.
Nearshoring involves relocating manufacturing, production, or sourcing activities to a geographically closer country rather than bringing them entirely back to the domestic market. For U.S. companies, Mexico and Canada are common nearshoring destinations because of their proximity and established North American trade relationships. Mexico was the largest U.S. trading partner in goods in 2025, with roughly $873 billion in two-way goods trade.1
Nearshoring can provide advantages through shorter transportation distances, improved communication across similar time zones, and potentially lower manufacturing costs compared with domestic production. However, geographic proximity does not automatically translate into lower total operating costs.
Cross-border transportation, customs compliance, infrastructure availability, supplier capabilities, labor productivity, and inventory requirements must all be evaluated. Capacity is not unlimited either: Kearney's 2025 Reshoring Index reported that Mexican manufacturing capacity was being stretched, with infrastructure constraints and rising wages limiting how quickly it could absorb new demand.2 Trade agreements such as the United States-Mexico-Canada Agreement can provide preferential treatment for qualifying products, but eligibility depends on applicable rules of origin and other requirements.
Nearshoring also changes how inventory enters the domestic distribution network. A facility previously designed around receiving ocean containers from an international port may require a substantially different operating model when products begin arriving through cross-border truckload or rail transportation. These changes can affect receiving capacity, dock requirements, inventory storage, material flow, and outbound transportation strategies.
Nearshoring and reshoring are often compared primarily through labor costs and geographic proximity. However, organizations should evaluate the broader operational implications of each strategy.
| Consideration | Nearshoring | Reshoring |
|---|---|---|
| Production location | Nearby international market | Domestic market |
| Labor economics | Potentially lower wages, depending on location | Typically higher domestic labor rates |
| Transportation | Regional international transportation | Primarily domestic transportation |
| Trade compliance | Cross-border regulations and applicable tariffs | Domestic production, with potential exposure through imported inputs |
| Supply chain visibility | Same for bothDependent on suppliers, systems, and operating relationships | |
| Inventory strategy | Same for bothPotentially shorter replenishment cycles | |
| Facility investment | Varies by market and existing infrastructure | Varies by domestic location and facility requirements |
| Automation requirements | Same for bothDetermined by operational economics | |
| Network design implications | May shift inbound transportation and distribution flows | May fundamentally change production and distribution locations |
Offshoring involves relocating business activities or production to another country, often to take advantage of lower operating costs, specialized manufacturing capabilities, or established supplier networks. In common supply chain discussions, the term frequently refers to manufacturing in more distant international markets.
Historically, organizations have often evaluated offshore manufacturing based on production costs and access to established manufacturing ecosystems. However, transportation lead times, inventory requirements, geopolitical uncertainty, and supply chain disruptions have encouraged companies to reconsider whether these arrangements provide the best overall value.
Nearshoring and reshoring represent alternative approaches, but neither automatically produces a more resilient or cost-effective supply chain. A domestic manufacturing operation can still depend on internationally sourced components, while a nearshore operation may encounter transportation bottlenecks, infrastructure constraints, or supplier capacity limitations.
The relevant question is not simply how far production is located from the customer. It is how the entire supply chain performs under expected operating conditions and potential disruptions.
One of the most common mistakes in evaluating nearshoring and reshoring is focusing too heavily on manufacturing labor costs. A lower labor rate does not necessarily produce a lower cost per unit, just as higher domestic wages do not automatically make reshoring economically unattractive. Organizations should evaluate total cost of ownership across the entire supply chain.
Labor rates, productivity, operating schedules, workforce availability, training requirements, and production efficiency all contribute to the actual cost of manufacturing. Comparing hourly wages without understanding output per labor hour can produce misleading conclusions.
Location shapes inbound modes, shipment frequency, freight costs, DC locations, and outbound delivery. Lower international freight may be partly offset by added domestic transportation or distribution costs.
Longer, more variable lead times increase the inventory needed to protect service. Shorter, predictable cycles may reduce safety stock and storage, depending on demand variability, supplier reliability, and order quantities.
New plants, distribution centers, utilities, IT, and material handling systems, or substantial modifications to existing facilities for different product flows.
Justified by measurable operational requirements and financial performance, and weighed against implementation, systems integration, maintenance, flexibility, and future requirements.
Temporary duplicate operations, equipment relocation, inventory repositioning, training, systems changes, and qualification can materially affect economics and the time to realize savings.
How each strategy performs under transportation interruptions, supplier failures, labor shortages, regulatory changes, and unexpected demand fluctuations.
The appropriate decision requires a financial model that captures both the initial investment and the long-term operating implications of each alternative.
The lowest manufacturing cost does not necessarily produce the lowest total supply chain cost.
A manufacturing relocation decision can change the fundamental assumptions used to design an organization's distribution network. Consider a company that historically imports products from Asia through West Coast ports and distributes them through a centralized U.S. distribution center.
If that company transitions production to Mexico, its inbound transportation network changes significantly. Products may now enter through southern border crossings, potentially changing the optimal location of distribution facilities, transportation routes, inventory positioning, and customer fulfillment strategies. Simply maintaining the existing distribution network may prevent the organization from capturing the full benefits of nearshoring.
The same principle applies to reshoring. A domestic manufacturing facility may create opportunities to position inventory closer to production, eliminate redundant handling, consolidate facilities, or improve customer service levels. However, these opportunities must be validated through operational data and network modeling.
A comprehensive network design evaluates customer demand locations, transportation costs, inventory requirements, facility capacity, service level expectations, and future growth scenarios. This analysis helps organizations determine not only where products should be manufactured, but also how they should move through the supply chain and where supporting infrastructure should be located.
Moving manufacturing closer to customers does not automatically create an optimized supply chain. The network must be engineered to capture the benefit.
There is no universally superior approach to nearshoring or reshoring. The appropriate strategy depends on an organization's products, customers, existing infrastructure, financial objectives, and tolerance for operational risk.
Companies evaluating these alternatives should begin by establishing a clear understanding of their current supply chain performance. This includes manufacturing costs, transportation expenses, inventory levels, facility utilization, labor requirements, service levels, and operational constraints. From there, organizations can develop alternative network scenarios and evaluate how each affects total cost, customer service, capital requirements, and future flexibility.
Baseline costs, inventory, utilization, labor, service levels and constraints.
Reshore, nearshore, retain offshore, or a hybrid by product or process.
Entry points, DC locations, routes and inventory positioning for each alternative.
All seven cost categories, initial investment and long-term operating cost.
Size facilities and select technology to the chosen network's actual requirements.
Commit capital once the analysis and engineering support the decision.
For some companies, reshoring may provide the greatest benefit through improved production responsiveness, reduced transportation requirements, or greater oversight of critical manufacturing processes. For others, nearshoring may offer a more attractive balance between manufacturing economics and proximity to customers. A hybrid strategy may also be appropriate, with different products or manufacturing processes assigned to different locations based on their specific operating requirements.
Importantly, the optimal solution may involve retaining portions of the existing offshore network rather than relocating every product or process. The objective should be to identify the operating model that delivers the greatest long-term value, not simply select a preferred geographic strategy.
Trade policy uncertainty, supply chain resilience, and changing manufacturing economics continue to influence how organizations evaluate production locations.
Trade policy is becoming an important scenario planning variable. Changes in tariffs, trade agreements, and regulatory requirements can materially affect sourcing economics. At the USMCA joint review on July 1, 2026, the United States did not agree to renew the agreement in its current form. The agreement remains in force, but it now moves into annual reviews.3 Organizations should evaluate how alternative manufacturing locations perform under different policy assumptions rather than relying exclusively on current conditions.
Reshoring activity is real, but uneven. The Reshoring Initiative counted roughly 247,000 U.S. manufacturing jobs announced through reshoring and foreign direct investment in 2025.4 At the same time, Kearney found that U.S. manufacturing imports rose 4.6% in 2025 to a four-year high, and executives continued to cite labor costs, infrastructure limits, and workforce availability as constraints.5
Supply chain resilience requires more than geographic proximity. Supplier concentration, transportation infrastructure, production flexibility, inventory positioning, and recovery capabilities all influence resilience. Moving production closer to customers may reduce certain risks while introducing others. These considerations reinforce the importance of evaluating supply chain strategies through a comprehensive operational and financial framework.
Nearshoring and reshoring are significant strategic decisions, but choosing a manufacturing location is only one part of developing an effective supply chain. The greatest opportunities often come from understanding how manufacturing, transportation, inventory, distribution, and facility operations work together.
At Maveneer, we approach these challenges by first understanding the operational problem and evaluating the data before recommending a solution. Through operational assessments, supply chain network design, conceptual engineering, and detailed design, we help organizations evaluate alternatives and understand the operational and financial implications of major supply chain investments. Our supplier-agnostic approach allows us to evaluate solutions based on their ability to meet operational requirements rather than designing around a predetermined equipment provider or technology.
Whether an organization is evaluating nearshoring, reshoring, facility consolidation, or distribution network optimization, the objective remains the same: develop a supply chain that balances cost, service, operational performance, and future flexibility.
Before committing capital to a new manufacturing or distribution strategy, make sure the entire network is designed to support it.
Reshoring brings manufacturing back to a company's home country; for U.S. companies, that means the United States. Nearshoring moves manufacturing to a geographically closer country, such as Mexico or Canada, rather than all the way back to the domestic market.
Does reshoring eliminate tariff exposure?No. Domestic production reduces exposure on finished goods, but a reshored operation can still depend on imported components, materials, or equipment that carry tariffs.
Does reshoring require automation to be economically viable?Not necessarily. The right level of automation depends on throughput, labor availability, product characteristics, operating schedules, and financial return. The answer may be conventional material handling equipment, selective automation, or a combination of technologies.
Is nearshoring always cheaper or more resilient than offshoring?No. Proximity can shorten transportation and replenishment cycles, but cross-border logistics, customs compliance, infrastructure, supplier capacity, and labor productivity all affect total cost and resilience.
Why does network design matter when relocating manufacturing?Moving production changes where inventory enters the network, which can change the best locations for distribution centers, transportation routes, and inventory. Keeping the existing network can prevent an organization from capturing the benefit of the move.
If you are weighing nearshoring, reshoring or a hybrid strategy, our engineers can help you compare the scenarios with your own data before capital is committed.
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