110 a 110 b with matching tag data 150 a 150 b when placed in proximity to the reader 120 the reader 120 can interrogate each one of the rfid tags 110 to retrieve the matching tag data 150 a 150 b more specifically in a passive implementation of the present invention the controller 190 of the reader 120 can broadcast radio frequency energy through antenna 170 so that the antennae 160 a 160 b in each of the tags 110 a 110 b can become energized data transfer logic 130 a 130 b can receive the broadcast radio frequency energy responsive to which the controller 140 a 140 b can retrieve the tag data 150 a 150 b the controller 140 a 140 b can encode and modulate the retrieved tag data 150 a 150 b upon the broadcast radio frequency energy which can be rebroadcast using the antennae 160 a 160 b the rebroadcast energy can be received through antenna 170 subsequently data transfer logic 180 can demodulate and decode the tag data 150 a 150 b subsequently matching logic 200 can process the tag data 150 a 150 b fig2 is a flow chart illustrating a process for managing object matching in the matching logic 200 of fig1 in particular the process of fig2 represents the simplistic case of matching two objects through respective rfid tags to determine whether the two objects had been paired beginning in block 210 the first tag can be scanned and in block 220 the identity of the tag can be stored in block 230 the second tag can be scanned and in block 240 the identity of the tag can be stored in decision block 250 it can be determined whether the identities.