A verification system, comprising: a machine configured to obtain an image and to compare the obtained image with a reference; a label (010, 011, 019, 020) to enable verification of an object by the machine and adapted to be applied onto the object, said label (010, 011, 019, 020) comprising: a scannable region configured to provide at least a portion of the image to be obtained by the machine, wherein the label (010, 011, 019, 020) as applied onto the object provides the scannable region with a spatial orientation in the at least the portion of the image that is obtained by the machine, wherein the machine is configured to compare the spatial orientation of the scannable region in the at least the portion of the image with a reference point external to the label, and wherein the machine is configured to determine that a change in the spatial orientation of the scannable region relative to a reference point external to the label is indicative of tampering of the object; characterized in that the system further comprises a disc made of a hard material and being of a size smaller than the label (010, 011, 019, 020), wherein the object includes an opening edge, wherein the disc is adapted to be applied along the opening edge and the label (010, 011, 019, 020) is in turn adapted to be applied over the disc such that a cut to intrude into the object will cut through the disc, wherein the cut through the disc will damage the label (010, 011, 019, 020) thus enabling detection, by the machine, of intrusion into the object. a machine configured to obtain an image and to compare the obtained image with a reference; a label (010, 011, 019, 020) to enable verification of an object by the machine and adapted to be applied onto the object, said label (010, 011, 019, 020) comprising: a scannable region configured to provide at least a portion of the image to be obtained by the machine, wherein the label (010, 011, 019, 020) as applied onto the object provides the scannable region with a spatial orientation in the at least the portion of the image that is obtained by the machine, wherein the machine is configured to compare the spatial orientation of the scannable region in the at least the portion of the image with a reference point external to the label, and wherein the machine is configured to determine that a change in the spatial orientation of the scannable region relative to a reference point external to the label is indicative of tampering of the object; characterized in that the system further comprises a scannable region configured to provide at least a portion of the image to be obtained by the machine, wherein the label (010, 011, 019, 020) as applied onto the object provides the scannable region with a spatial orientation in the at least the portion of the image that is obtained by the machine, wherein the machine is configured to compare the spatial orientation of the scannable region in the at least the portion of the image with a reference point external to the label, and wherein the machine is configured to determine that a change in the spatial orientation of the scannable region relative to a reference point external to the label is indicative of tampering of the object; characterized in that the system further comprises a disc made of a hard material and being of a size smaller than the label (010, 011, 019, 020), wherein the object includes an opening edge, wherein the disc is adapted to be applied along the opening edge and the label (010, 011, 019, 020) is in turn adapted to be applied over the disc such that a cut to intrude into the object will cut through the disc, wherein the cut through the disc will damage the label (010, 011, 019, 020) thus enabling detection, by the machine, of intrusion into the object.