A tag provisioning system, comprising: an ordering subsystem, wherein the ordering subsystem is configured to receive an order for one or more RFID labels from a user; an EPC value generating subsystem; a printing subsystem, wherein the printing subsystem is configured to receive the order from the ordering subsystem, wherein the system is configured to receive a print request, such that upon receipt of the print request, the EPC value generating subsystem generates one or more EPC values corresponding to the one or more RFID labels, such that each EPC value is unique and the printing subsystem prints the one or more RFID labels incorporating the one or more EPC values; and characterized by a shipping subsystem, wherein the shipping subsystem is configured to provide a tracking number to the ordering subsystem upon shipment of the one or more RFID labels to the user, wherein the one or more EPC values of the one or more RFID labels shipped to the user provides the user a license to grow a plant and/or ship a package, wherein each RFID label of the one or more RFID labels comprises a corresponding RFID chip, wherein an EPC memory of the RFID chip comprises: a 16-bit cyclic-redundancy check work (CRC 16), 16 protocol-control bits, and an EPC value, wherein each RFID chip has a tag ID, wherein the TID is a read-only globally unique serial number etched during manufacture of the RFID chip, wherein the EPC value is encoded in the EPC memory during printing of the RFID label, wherein each RFID label comprises a bar code printed on a surface of the RFID label, wherein the bar code represents the EPC value, wherein the TID is independent of the EPC value, wherein the system further comprising a database having each TID and each EPC value for each RFID label, such that the TID and the EPC value of each RFID label are associated with each other. an ordering subsystem, wherein the ordering subsystem is configured to receive an order for one or more RFID labels from a user; an EPC value generating subsystem; a printing subsystem, wherein the printing subsystem is configured to receive the order from the ordering subsystem, wherein the system is configured to receive a print request, such that upon receipt of the print request, the EPC value generating subsystem generates one or more EPC values corresponding to the one or more RFID labels, such that each EPC value is unique and the printing subsystem prints the one or more RFID labels incorporating the one or more EPC values; and characterized by a shipping subsystem, wherein the shipping subsystem is configured to provide a tracking number to the ordering subsystem upon shipment of the one or more RFID labels to the user, wherein the one or more EPC values of the one or more RFID labels shipped to the user provides the user a license to grow a plant and/or ship a package, wherein each RFID label of the one or more RFID labels comprises a corresponding RFID chip, wherein an EPC memory of the RFID chip comprises: a 16-bit cyclic-redundancy check work (CRC 16), 16 protocol-control bits, and an EPC value, a 16-bit cyclic-redundancy check work (CRC 16), 16 protocol-control bits, and an EPC value, wherein each RFID chip has a tag ID, wherein the TID is a read-only globally unique serial number etched during manufacture of the RFID chip, wherein the EPC value is encoded in the EPC memory during printing of the RFID label, wherein each RFID label comprises a bar code printed on a surface of the RFID label, wherein the bar code represents the EPC value, wherein the TID is independent of the EPC value, wherein the system further comprising a database having each TID and each EPC value for each RFID label, such that the TID and the EPC value of each RFID label are associated with each other.