UPS is expanding the reach of its RFID program deep into its customers' operations, targeting a doubling of the number of packages labeled at customer warehouse locations by 2027 as the carrier pushes its radio frequency identification network further upstream in the supply chain.
The company has established RFID labeling capability at 315 customer upstream warehouses, according to reporting on the program. Approximately 3 million packages are now labeled at customer sites every day, up from about 2.2 million in July, and UPS expects that figure to reach 6 million packages per day in 2027. The expansion is part of a broader effort to light up the US small package network with RFID sensing technology, which UPS first rolled out at scale earlier this year.
How the RFID network works
UPS says RFID sensing technology is now in every US package delivery vehicle, in delivery facilities across the country, and on every package shipped through more than 5,500 The UPS Store locations, including return shipments, making it the first major logistics provider to broadly deploy RFID across an integrated network. As packages travel past sensors embedded in the network, they are scanned automatically, eliminating the need for the manual barcode scans that have traditionally tracked shipments.
The technology has also changed how UPS handles volume internally. Fixed readers are installed at strategic points inside the company's automated facilities, which numbered more than 120 operating buildings with additional facilities added during the year, from high-speed conveyor belts to dock doors and sortation bottlenecks. Each tagged package is sensed automatically as it passes, giving the network a continuous stream of location updates without workers stopping to scan labels by hand. UPS has said the expansion could eliminate nearly 20 million manual scans daily across its operations.
The company has said the technology could eliminate nearly 20 million manual scans daily across its operations, and the expansion to customer warehouses pushes the tagging step itself to the shipper side of the chain. Instead of UPS staff applying labels at sortation hubs, customers at 315 locations now tag packages before they enter the network, which accelerates the tracking handoff and gives both shipper and carrier visibility from the point of dispatch.
UPS is also measuring the program's commercial impact. The company has said it expects to deliver more than 4 billion RFID-enabled packages by the end of 2026, and it has tied the technology to a ninth consecutive peak season of industry-leading on-time performance, arguing that more precise, real-time tracking helps keep holiday volume moving on schedule.
Why customer-side labeling matters
The push into customer warehouses changes the economics of RFID for shippers. When labeling happens at the customer site, the carrier gains end-to-end visibility earlier, and the shipper gains more accurate status information for its own customers. For e-commerce sellers and B2B shippers, RFID-enabled shipments reduce the risk of lost or misrouted packages, support real-time exception handling, and provide the kind of tracking data that large retail customers increasingly expect from their logistics partners.
The program also signals how RFID is maturing as a standard of logistics infrastructure. The technology has been discussed for decades, but its broad adoption has historically been slowed by tag costs and the challenge of retrofitting networks. UPS's approach, deploying fixed readers across automated facilities, package cars, and store locations while pushing labeling to customer sites, treats RFID as a network-level upgrade rather than a point solution, and the carrier's disclosed volumes suggest the economics are working at scale.
What to watch
For shippers evaluating RFID, the practical question is whether the carrier's rollout translates into measurable benefits for their own operations: faster pickup confirmation, fewer manual exceptions, and better data for customers. UPS's doubling target for customer-site labeling suggests the company sees enough value to invest in the infrastructure at 315 locations and beyond, and the expectation of 6 million customer-labeled packages per day by 2027 implies that more shippers will be asked to adopt RFID-ready labeling at origin. Suppliers that tag at the source will also need equipment, labels, and processes aligned with the carrier's specifications, so procurement and operations teams should treat RFID readiness as part of their shipping infrastructure planning rather than a carrier-only decision.
The push also matters for the broader logistics industry. RFID has long been discussed as a replacement for line-of-sight barcode scanning, but deployment at network scale has been slow because of cost and integration hurdles. UPS's approach, combining network sensors with customer-side labeling and store-level tagging, provides a working template for how a national carrier can cross that threshold, and its volume projections make RFID a normal part of US parcel operations rather than an experiment. For retailers, manufacturers, and third-party logistics providers, the practical implication is that RFID-enabled data will increasingly become a baseline expectation in carrier relationships, and shippers that can feed tagged volume into the network will get better visibility, faster processing, and fewer disputes about where packages are and when they moved.
