Tarpon Springs, FL -- (SBWIRE) -- 12/02/2011 -- Why continue to confine our seniors in facilities when we can safely allow them to walk or ride the facility campus?
Liabilities and risk management are forcing nursing homes and assisted living facilities to confine “at risk” seniors to within its four walls. Surveillance cameras and door access controls run rampant in many senior facilities and gives off the appearance of a low security detention centers. It is no wonder that seniors avoid senior care facilities.
Silent Partner Technologies has added a new feature in their Wander Prevention offering. It is an outdoor wireless and invisible perimeter security fence. By adding an RFID exciter with a 300 feet underground antenna, WanderTrack software can now monitor an outdoor area. Now a facility can offer two levels monitoring wander management for its residents. Low risk residents can now have access to both indoor facilities and outdoor campus. Resident can walk outside the standard door gates and enjoy the benefits of the outdoor campus. If the resident passes through the controlled designated control points, an audible alarm and email is immediately initiated for the caretakers to respond quickly and prevent the potential patient wandering outside the campus limits.
“I feel really good about our new product. The WanderTrack outdoor loop dramatically raises the quality of life for our seniors in assisted living facilities” said Ted Kostis, president of Silent Partner Technologies (SPT). SPT has several implementations of its new product and extremely satisfied customers including the noteworthy “The Boston Home”.
About Silent Partner Technologies
Silent Partner Technologies, based in Tarpon Springs, Fla., is a software developer and systems integrator of leading edge RFID applications and solutions such as Wander Prevention Management, RFID Asset Tracking, Equipment Tracking and Art Asset Monitoring. Our RFID products enable our customers to collect, track and manage data for various valuable assets in a variety of environments and in real time.