A system comprising: a belt configured to have an object disposed thereon; a plurality of cameras (108, 107, 108) each configured to obtain an image of its respective field of view (109, 110, 111), analyze the image to determine an orientation and a quantity of one or more items contained in the object within its respective field of view (109, 110, 111), wherein the one or more items comprises one or more patterns, the one or more patterns comprising a text pattern, a numeric pattern, a symbol pattern, and/or a combination thereof; and wherein, to determine the orientation of the one or more items, each of the plurality of cameras (106, 107, 108) is further configured to: determine a presence of two patterns within its respective field of view (109, 110, 111); and determine that the two patterns are not aligned on a same axis within its respective field of view (109, 110, 111); wherein, to determine the quantity of the one or more items, each of the plurality of cameras (106, 107, 108) is further configured to: determine a quantity of the one or more items based on the determined orientation of the one or more items; compare a determined quantity of the one or more items with an expected quantity of the one or more items; and generate a pass Inspection signal or a fall inspection signal, based on the comparison; and a processor, coupled to each of the plurality of cameras (108, 107, 108), configured to: receive the pass inspection signal or the fall inspection signal, and advance the belt based on receiving a pass inspection signal from each of the plurality of cameras (106, 107, 108). a belt configured to have an object disposed thereon; a plurality of cameras (108, 107, 108) each configured to obtain an image of its respective field of view (109, 110, 111), analyze the image to determine an orientation and a quantity of one or more items contained in the object within its respective field of view (109, 110, 111), wherein the one or more items comprises one or more patterns, the one or more patterns comprising a text pattern, a numeric pattern, a symbol pattern, and/or a combination thereof; and wherein, to determine the orientation of the one or more items, each of the plurality of cameras (106, 107, 108) is further configured to: determine a presence of two patterns within its respective field of view (109, 110, 111); and determine that the two patterns are not aligned on a same axis within its respective field of view (109, 110, 111); wherein, to determine the quantity of the one or more items, each of the plurality of cameras (106, 107, 108) is further configured to: determine a quantity of the one or more items based on the determined orientation of the one or more items; compare a determined quantity of the one or more items with an expected quantity of the one or more items; and generate a pass Inspection signal or a fall inspection signal, based on the comparison; and obtain an image of its respective field of view (109, 110, 111), analyze the image to determine an orientation and a quantity of one or more items contained in the object within its respective field of view (109, 110, 111), wherein the one or more items comprises one or more patterns, the one or more patterns comprising a text pattern, a numeric pattern, a symbol pattern, and/or a combination thereof; and wherein, to determine the orientation of the one or more items, each of the plurality of cameras (106, 107, 108) is further configured to: determine a presence of two patterns within its respective field of view (109, 110, 111); and determine that the two patterns are not aligned on a same axis within its respective field of view (109, 110, 111); determine a presence of two patterns within its respective field of view (109, 110, 111); and determine that the two patterns are not aligned on a same axis within its respective field of view (109, 110, 111); wherein, to determine the quantity of the one or more items, each of the plurality of cameras (106, 107, 108) is further configured to: determine a quantity of the one or more items based on the determined orientation of the one or more items; compare a determined quantity of the one or more items with an expected quantity of the one or more items; and generate a pass Inspection signal or a fall inspection signal, based on the comparison; and determine a quantity of the one or more items based on the determined orientation of the one or more items; compare a determined quantity of the one or more items with an expected quantity of the one or more items; and generate a pass Inspection signal or a fall inspection signal, based on the comparison; and a processor, coupled to each of the plurality of cameras (108, 107, 108), configured to: receive the pass inspection signal or the fall inspection signal, and advance the belt based on receiving a pass inspection signal from each of the plurality of cameras (106, 107, 108). receive the pass inspection signal or the fall inspection signal, and advance the belt based on receiving a pass inspection signal from each of the plurality of cameras (106, 107, 108).