Nearshoring multiplies tariff compliance complexity
Penny Chen, CEO of Pax, on building AI-powered tariff refunds
Nearshoring turns drawback from a paperwork niche into a data matching problem at the exact moment tariff costs are getting bigger. When a company stops importing one finished item and starts importing dozens of parts from different countries, every shipment needs the right HTS code, origin, duty rate, and link to a later export or manufacturing event. That makes compliance harder for brokers, and it makes software that can structure messy records and maximize matches much more valuable.
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For manufacturers, drawback works at the component level. A factory can import motors, chips, casings, and other inputs, build in the U.S., then recover up to 99% of duties when the finished product is exported. More parts and more source countries means more classifications and more origin rules to track.
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That complexity also pushes companies to choose between trade programs. Foreign trade zones delay duty payment until goods enter U.S. consumption, while drawback refunds duties after export or other eligible activity. As supply chains split across Mexico, Canada, China, and the U.S., companies increasingly need both strategies modeled together.
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The competitive shift is from labor to computation. Legacy providers still rely heavily on manual record cleanup and older software, while Pax and Flexport use AI for document extraction and software driven claim calculation. That matters because smaller claims only become economic when processing time and error rates fall sharply.
This is heading toward a world where customs classification, drawback, and duty deferral are sold as one continuous trade compliance stack. As nearshoring spreads, the winners will be the firms that can ingest documents straight from brokers, ERPs, and freight systems, update rules quickly, and turn tariff complexity into faster cash recovery for both enterprises and SMBs.