Abstract: An identification system (10) of the present invention is used at airport terminals, bus stations, government buildings, and the like. The identification system (10) includes a controller (26), a pair of spaced stations or checkpoints (12, 14) for generating a first reference and a second reference each containing scanning image and weight of the person (P) passing through the first (12) and second (14) spaced stations. The controller (26) includes a comparative software that determines a correlation between the first and second references to identify at least one discrepancy therebetween. As the discrepancy is identified, a distress signal is send by the controller (26) to the second station (14) to alert about the discrepancy being identified. The invention includes a method of identifying the person (P).

Abstract: An identification system (10) of the present invention is used at airport terminals, bus stations, government buildings, and the like. The identification system (10) includes a controller (26), a pair of spaced stations or checkpoints (12, 14) for generating a first reference and a second reference each containing scanning image and weight of the person (P) passing through the first (12) and second (14) spaced stations. The controller (26) includes a comparative software that determines a correlation between the first and second references to identify at least one discrepancy therebetween. As the discrepancy is identified, a distress signal is send by the controller (26) to the second station (14) to alert about the discrepancy being identified. The invention includes a method of identifying the person (P).