The specialty retailer has deployed an RFID-based real-time location system to monitor trailers arriving at its main distribution center in Northern California, and to expedite the receipt of goods.
The system uses RFID, sensors and electric stimulators to assess the functioning of an implanted orthopedic device and the surrounding tissue, as well as to hasten surgical recovery.
A Japanese clothing maker places garments on hangars fitted with EPC Gen 2 tags, enabling it to track the items during their final stages of production.
Case-level RFID tracking reduced undercounted inventory at retail stores by 13 percent in a new study conducted by the Information Technology Research Institute (ITRI) and sponsored by Wal-Mart. RFID processes also improved the inventory adjustment processes while reducing required labor.
The 2008 RFID Journal Award winners demonstrate what can be achieved by applying radio frequency identification to different business problems.
Baird has released its March report. The 21-page document is a worthwhile read for anyone requiring an overview of the industry’s last 30 days. For those without time to do so, we have reprinted here the report’s summary.
According to the company, the chip is backward-compatible with the less-secure Mifare Classic chip, recently hacked by two research groups.
Created for small and midsize businesses that use bar-code technology to identify assets, personnel or products, the product is designed to provide a low-cost means for migrating to RFID.
The Dutch government this week issued a warning that MIFARE Classic RFID chips from NXP can be hacked relatively easily. MIFARE is a family of chips that are used in contactless public transport tickets and building access cards. There are an estimated one billion MIFARE chip-equipped cards in worldwide circulation.
University of Arkansas researchers found that RFID can reduce the degree of understated perpetual inventory by 13 percent, thereby helping retailers to lower their costs.