Abstract: A smart phone carrier comprising an electrical panel on flexible foil with UHF RFID reader module, Bluetooth communication controller connected by silver conductive ink for reading thin RFID (Radio Frequency Identification) tags, including but not limited to those manufactured as described herein, and communicating location, tracking, and monitoring to a smart phone or network of smartphones. A smart RFID cabinet with controlling unit comprising a controlling computer having memory comprising connected shelves in electronic communication made of glass fiber coated with a carbon alloy material with integrated RFID antennas on each shelf to locate, track and monitor RFID tags with or without regard to a specific shelf for a wide variety of applications, including being attached, affixed to, woven in, or otherwise enclosed within clothing, scrubs, towels, linen, consumer products, office supplies, food products, and other goods and inventory.

Abstract: Thin RFID (Radio Frequency Identification) tags that are waterproof, made of materials able to withstand high pressure, hot and cold temperatures, and durable enough for a wide variety of applications, including being attached, affixed to, woven in, or otherwise enclosed within clothing, towels, linen, or other laundry, or affixed to other products, including consumer products, food products, and other goods and inventory. The tags have up to two antennas printed from a conductive ink solution comprising DuPont e782 Silver ink, graphite, and neodymium on a substrate foil made of materials including ST505 PET polymide, polyester, kapton, or a combination of ST505 PET polymide and kapton, Information stored on such RFID tags can be read using a variety UHF readers or a smartphones using RFID or Bluetooth or other forms of wireless communication.