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Swedish Armed Forces Completes Tests of RFID to Track Uniforms, Shipments
The military's logistics and materiel divisions have finished testing both active and passive tags, with deployment dates yet to be determined.
Dec 02, 2013—
Following more than a year spent testing the use of passive ultrahigh-frequency (UHF) RFID tags on uniforms destined for Swedish soldiers, the Swedish Armed Forces intends to begin rolling out a permanent radio frequency identification system sometime within the next two to five years. The technology will be used to track personal soldier equipment, thereby improving efficiency at multiple locations throughout the country.
The Swedish Armed Forces has been testing a variety of RFID solutions since 2004, in order to determine how the technology could help provide visibility to goods sent overseas. Trials of active RFID tags to monitor consignments (containers loaded with equipment) shipped abroad led Sweden's military to procure an RFID system for consignment tracking, called SCAR. In 2012, the Swedish Armed Forces logistics division, known as FMLOG, and the Swedish Defense Materiel Administration (FMV)—which provides equipment, supplies and related services to the military—conducted another series of tests related to passive RFID technology, to track uniforms prior to their assignment to a soldier.HiQ International has been helping the FMV test, evaluate and develop RFID systems. Historically, HiQ has provided the armed forces with such solutions as a simulator for the JAS39 Gripen fighter aircraft, but in 2004, HiQ began looking into RFID technology at the FMV's request. To identify the best solution for tracking containerized goods being shipped overseas, the FMV and HiQ investigated similar solutions used by military agencies worldwide. It then identified and provided a solution from Savi Technology, consisting of Savi active RFID tags, receivers and software to manage the collected read data. The active tags were attached to containers, as well as to some pallets of goods intended for international transportation, according to Peter Lindecrantz Häggström, the head of HiQ's corporate communications. The resultant SCAR system has been delivered to the Armed Forces, he says, but has not yet been put into service.
Several years ago, while the active RFID solution was being piloted, the Swedish Armed Forces' HQ and FMLOG indicated that they were also interested in deploying passive RFID tags to track uniforms and other items, thereby reducing the amount of time workers spent conducting inventory counts at multiple depots and warehouses throughout Sweden. "The armed forces have been inspired by civil industries to use passive RFID to streamline different work processes, and obtain a more accurate accounting in near real time," explains FMLOG's Lt. Col. Martin Nylander.
In 2011, the Swedish Armed Forces HQ assigned the FMLOG and FMV to begin testing passive RFID technology. "The tests [focused] on handling of soldier equipment," Nylander states, "because the large amount of soldier equipment of different types has quickly become a problem in the area regarding inventory of stock." In this case, the FMV, with HiQ's help, acquired off-the-shelf EPC UHF RFID readers and tags, which it then began testing.
HiQ, FMV and FMLOG installed several reader portals at an Armed Forces storage depot in Revingehed, in southern Sweden, says Anders Nilsson, HiQ's managing director. The agencies also began providing handheld RFID readers, as well as EPC UHF passive RFID tags to be sewn into, or applied to, uniform pieces. Nilsson declines to reveal the make and model of the tags and readers used, indicating that the specific makes and models of hardware were not of great importance to the project.
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