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Loc8tor Homes In on RFID App for Consumers
A U.K. startup says it has found a solution for those who misplace their keys, iPods and other gadgets on a regular basis—or who want to keep an electronic eye on people or pets.
Jan 31, 2007—While businesses and governments hope RFID can help them solve major supply chain efficiency problems, some companies are thinking up new ways RFID can simply make consumers' lives easier and more convenient. Loc8tor, a U.K.-based startup, is one such firm.
Loc8tor developed a handheld RFID system designed to save consumers the frustration of losing keys, cell phones or other important but easily mislaid possessions. The tags can also be used to track people, such as children or elderly companions, who might wander off. Some users attach the Loc8tor tags to their pets. The tags can be attached to goods via an adhesive strip, or carried on a key-ring loop. The Loc8tor interrogator and tags operate at 2.45 GHz, using a proprietary air-interface protocol. The tags have a read range of up to 600 feet in open air.
A model airplane hobbyist in England attaches the Loc8tor tags to planes so he can find them more easily when they land in brush. And a U.S. user who says the system helps him find his cats more quickly has posted a YouTube video to prove it.
The handheld interrogator can be set to seek out up to 24 tags, each of which the user can name with up to 10 characters, describing to what or whom the tags are attached. The tags can be set to broadcast an alert whenever a tag reaches a certain distance from the reader. When the handheld is set to the locate mode, the user selects a tagged item saved in the handheld's database, then initiates a search for that tag. Once the interrogator finds the desired tag's signal, it emits a low, slow beep and three lines appear on the handheld screen, while the tag begins emitting a low, constant audio signal and flashes an integrated LED.
The manufacturer suggests that once this happens, the user should hold the interrogator—which can measure the strength of the signal it has detected—and slowly turn 360 degrees. When the device is facing the direction of the tag, the signal strength increases. In response, the lines grow longer and the beeping becomes faster. As it nears the tag, the lines grow longer and the beep increases in frequency, until it is within 1 inch of the tag.
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