Tariff-Driven Warehouses Are Creating a New Problem: Equipment Nobody Can Track
Trade uncertainty is changing the way distribution networks are designed. Instead of relying exclusively on large, centralized distribution centers, some logistics operators are considering smaller regional facilities that can hold inventory closer to customers, provide alternative import routes and accommodate changes in sourcing strategies. The approach offers flexibility, but it introduces an operational problem that can be overlooked when companies focus primarily on inventory: the cost and complexity of managing warehouse equipment across a changing network.
A temporary distribution site may need forklifts, scanners, pallet racking, dock equipment and inventory systems almost immediately. Unlike a conventional distribution center designed for long-term operation, however, its useful life may depend on trade policies that change before the equipment has been fully depreciated. This creates a different investment problem. The priority is not always maximizing throughput at a single facility, but maintaining enough visibility to redeploy equipment, avoid unnecessary purchases and close locations without leaving valuable assets behind.
The Hidden Equipment Cost of Regional Buffer Warehouses
Shawn Herring, Chief Marketing Officer at asset management software provider EZO, told Warehouse Insider in response to its reporting inquiry on cross-border inventory buffers that companies establishing new regional facilities can lose track of equipment surprisingly quickly. "Most of the talk about tariff-driven buffer networks is about inventory: what to stage in Monterrey or Ontario, and how fast it can clear. What gets missed is the equipment. When a 3PL opens a regional site on a tariff timeline, forklifts, scanners, dock gear and racking get moved, leased or bought in a hurry. Within a few months, the central team can't say with confidence what's at each site, what shape it's in, or when it's due for service.
"That changes what automation should mean at a regional site. In a centralized DC, the priority is throughput -- robotics, sortation, goods-to-person. At a buffer site that may only exist for a year or two, the first priority is visibility into what equipment you have, where it is and how hard it's working."
The distinction matters because warehouse equipment represents a substantial operational commitment even when a facility itself is temporary. A forklift may be leased for a defined period, a racking system may require installation and later removal, and scanners or mobile computers may need configuration before they can operate within a new warehouse management environment. If the organization cannot identify equipment already available elsewhere in its network, it may acquire additional assets unnecessarily. Conversely, moving equipment between facilities without reliable records can create maintenance, insurance and accountability problems.
Herring argues that equipment management should operate at network level rather than being confined to individual buildings. This allows operators to identify underutilized assets and evaluate whether they can be transferred before committing to additional expenditure.
Automation Priorities Change With the Expected Life of a Facility
The business case for automation depends partly on how long the operation is expected to remain in place. A centralized distribution center with predictable volumes may justify substantial investment in fixed automation, high-density storage and integrated sortation. A temporary buffer warehouse may instead benefit from equipment that can be deployed quickly, relocated and operated without extensive building modifications.
This does not mean temporary sites should avoid automation. It means the evaluation criteria change. Installation time, equipment portability, integration requirements, maintenance arrangements and residual value may become as important as maximum throughput. For a facility established in response to tariffs, an investment that requires several years of stable operation to generate an acceptable return could be difficult to justify if the underlying trade conditions remain uncertain. Herring's response also highlights the importance of planning for closure. A warehouse network designed to expand quickly must be capable of contracting without losing control of its assets.
Autonomous Vehicles Are Extending Automation Beyond the Warehouse
While some operators seek flexible equipment for temporary facilities, other logistics networks are pursuing large-scale automation of container movements.
Venti Technologies has announced plans to introduce autonomous container-moving trucks at a major North American railroad's intermodal terminals. The company says the deployment will begin in 2026 under a previously announced commercial agreement.
The planned rollout covers more than 130 autonomous trucks across eight railroad sites by 2027, with the potential to expand to more than 600 vehicles by the end of the decade. These figures describe the announced program and its potential expansion, not a completed U.S. deployment. The vehicles are intended to move containers within active terminal environments containing cranes, forklifts, conventional trucks and workers, without requiring dedicated autonomous-vehicle lanes.
"America's supply chain is about to get its first truly autonomous fleet," said Heidi Wyle, Founder and CEO of Venti Technologies, in the company's announcement. Venti says its technology has already supported more than 360,000 container movements in commercial operations and accumulated over 500,000 autonomous miles. These are company-reported operating figures, rather than independently verified measures of reliability.
The relevance for distribution networks is the possibility of improving the movement of goods between rail infrastructure, container yards and downstream warehouse operations.
However, the announcement does not identify the railroad customer or provide independently measured results from the forthcoming North American deployment.
The Real Bottleneck May Be Between Facilities
Warehouse automation is often assessed within the boundaries of a single building. Yet inventory can move efficiently through an automated storage system and still experience delays at a container terminal, border crossing or intermodal transfer point.
Autonomous yard vehicles could help address repetitive container movements, but their contribution depends on coordination with crane schedules, terminal operating systems and the availability of receiving capacity. This is particularly important for regional buffer networks, where an additional facility introduces another point at which inventory must be received, recorded, stored and dispatched. The operating objective should therefore be to reduce delays across the complete logistics network rather than optimize individual pieces of equipment in isolation. A faster yard movement provides limited value if a receiving warehouse lacks dock capacity. Similarly, additional regional storage may not improve delivery performance if inventory visibility remains fragmented.
Foreign-Trade Zones Add Another Layer of Inventory Control
A third operational consideration is customs compliance. In material supplied for editorial consideration, Patty Cannon, Director of Special Projects and Grantee Administrator for Delaware Foreign-Trade Zone No. 99, emphasized the importance of connecting inventory technology with customs procedures. "A U.S. FTZ is more than a place to store imported goods or assemble imported parts, it's a framework for managing cargo, inventory, regulatory compliance and costs more strategically," Cannon said.
Foreign-trade zones allow eligible businesses to manage imported merchandise under specific customs procedures. Their benefits depend on the nature of the goods, the activities performed and compliance with applicable regulations. For warehouse operators, this means accurate inventory records serve a purpose beyond ordinary stock control. They can also support customs documentation, merchandise traceability and the audit trail required for regulatory compliance. Cannon's comments point to the importance of connecting warehouse management processes with customs requirements rather than treating the two as separate administrative functions.
The material supplied does not establish specific cost savings or error-reduction percentages achieved by individual Delaware operators, so those benefits cannot be quantified from this case alone.
A Network Built for Change Needs Different Performance Measures
The developments described by EZO, Venti Technologies and Delaware FTZ No. 99 address different parts of the same problem: maintaining operational control as goods, equipment and inventory move through increasingly complex logistics networks.
For a conventional distribution center, throughput and labor productivity may dominate the investment case. For a regional network responding to trade uncertainty, additional measures become important: equipment utilization across sites, redeployment time, customs-record accuracy, maintenance compliance and the cost of opening or closing facilities.
The distinction is particularly relevant to mid-market third-party logistics providers. They may need to respond quickly to customer demand without having the capital resources to duplicate equipment across every location. Asset visibility can reduce the risk of unnecessary equipment purchases. Autonomous yard operations may improve the consistency of container movements. Accurate customs and inventory records can support compliant movement of imported merchandise.
None of these capabilities eliminates the uncertainty created by changing trade conditions. Together, however, they illustrate why flexibility increasingly depends on the ability to manage physical assets and information across an entire network. The warehouse of the future may not always be a permanent building with the highest possible degree of automation. In some circumstances, it may be a facility that can be established quickly, operated reliably and dismantled efficiently when the commercial rationale changes.
