Trans-Security Components System and Methods

• US 20110274275A1
• Filed: 08/25/2010
• Published: 11/10/2011
• Est. Priority Date: 08/25/2009
• Status: Abandoned Application

• Current Assignee: Maria Estela Seitz
• Original Assignee: Maria Estela Seitz
• Inventors: Seitz, Maria Estela
• Application Number:
  US13/144,115
• Publication Number:
  US 20110274275A1
• Time in Patent Office: Days
• US Class Current: 380/270
• CPC Class Codes: G06Q 10/08 Logistics, e.g. warehousing, loading or distribution; Inventory or stock management

Abstract

A system of combating the shipment of contraband goods is described. After products are ordered, custom made secure tags are created. Corresponding data is created at a central database. The tags include encrypted information about the tag, the products and the mode of shipping. The tags can be placed at several locations from inside the goods to attached to the outside of the shipping container. The encryption and other measures are used to prevent the unauthorized duplication of the tags. As the goods make there way through the distribution channels the goods can be scanned at convenient locations. The encryption scheme can be altered by reference to time. The scanner is connected to the database and can receive the proper encryption scheme will automatically and at random be remotely changed every few minutes. The scanning of the goods will reveal whether unauthorized goods are present in the shipment.

Claims

1. A security component for use with a product in a trans-security system, said security component comprising:

a base member;

a radio frequency identification (RFID) tag connected to said base member, wherein said RFID tag comprises;

an RFID antenna; and

an RFID chip storing a first encrypted code for uniquely identifying said RFID tag;

a stock-keeping unit (SKU) tag connected to said base member, wherein said SKU tag has a second encrypted code for uniquely identifying said SKU tag, and wherein said SKU tag is readable by a laser; and

at least one of;

a third encrypted code imbedded within said base member, wherein said third encrypted code comprises printed characters; and

a hologram connected to said base member.

2. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said security component includes both of said third encrypted code and said hologram.

3. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said base member is formed from a first material, and wherein said RFID tag connected to said base member is imbedded within said base member such that said RFID tag is enrobed within said first material.

4. A security component for use with a product in a trans-security system as defined in claim 3, wherein:

said first material comprises a flexible material having a tensile strength of between 40 MPa and 50 MPa.

5. A security component for use with a product in a trans-security system as defined in claim 4, wherein:

said first material has a hardness of between 65 to 96 measured on a shore A hardness scale.

6. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said security component comprises said third encrypted code, and wherein said third encrypted code is formed by a particle material having a tensile strength greater than that of said first material.

7. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said first and second encrypted codes are encrypted according to distinct encryption algorithms.

8. A security component for use with a product in a trans-security system as defined in claim 7, wherein:

said security component is associated with an entry into a secure database, and

both of said second and third encrypted codes are required to access said entry into the secure database.

9. A security component for use with a product in a trans-security system as defined in claim 7, wherein:

at least one of said first, second, and third encrypted codes is a time-varying encrypted code.

10. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said security component uniquely identifies the product, and

said security component is attached to the product during manufacture of the product.

11. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said security component uniquely identifies the product, and

said security component is imbedded within the product during manufacture of the product.

12. A security component for use with a product in a trans-security system as defined in claim 1, wherein:

said base member is at least one of a thread, a tape, a strip, a patch, or a film, and

said RFID tag is imbedded within said base member.

13. A security component for use with a product in a trans-security system as defined in claim 12, wherein:

said base member is operable for mounting said base member at least one of onto the product or within the product.

14. A trans-security system for scanning and detecting shipments of unauthorized goods, said trans-security system comprising:

a security tag carrying encrypted information comprising;

a unique identifier; and

goods details including at least two of seller, manufacturer, buyer, model number, serial number, color, and size data;

shipping details including at least two of shipping location, shipping time delivery location, and delivery time data;

a central database storing information associated with each unique identifier with said goods details and said shipping details;

a decryption scanner comprising;

a memory for storing a decryption key received from said central database, wherein said decryption key is only valid for a discrete time period;

a communication link operative to receive said decryption key from said central database, to transmit information from said decryption scanner to said central database, and to receive a signal from said central database at said scanner location;

wherein said decryption scanner scans the shipment of goods, detects said security tag, reads the encrypted information on the security tag, decrypts the encrypted information if the encryption key is valid, and sends the decrypted information to the central database;

wherein said central database compares said decrypted information sent from the decryption scanner with said information associated with each unique identifier stored in the database and, if the comparison detects no inconsistency, sends a signal to said decryption scanner indicating that the shipment contains authorized goods and, if the comparison detects an inconsistency, sends a signal to said decryption scanner indicating that the shipment contains unauthorized goods.

15. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said security tag is embedded within a good.

16. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said security tag is affixed to a shipping container.

17. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said communication link allows only a one way flow of data from the scanner to the database and only information sent to the scanner location is the signal that the shipment contains authorized or unauthorized goods.

18. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said communication link is further operative to transmit said information associated with each unique identifier stored in the central database to law enforcement officials.

19. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said security tag is a bar code and said scanner is a bar code reader.

20. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said security tag is a radio frequency identification (RFID) tag and said decryption scanner is a RFID reader.

21. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said security tag is manufactured after an order for goods is placed with a manufacturer of the goods;

said security tag is affixed to a good while the good is manufactured; and

said goods details are transmitted to said central database after the security tag is affixed to the good.

22. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 14, wherein:

said scanning is done automatically

23. A trans-security system for scanning and detecting shipments of unauthorized goods as defined in claim 22, wherein:

said automatic scanning is done by portal monitors.

24. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database, the method comprising:

scanning a shipment of goods to detect encrypted tags associated with goods of the shipment of goods;

reading an encrypted code from a particular encrypted tag associated with a particular good of the shipment;

receiving a decryption key from the central server;

decrypting said encrypted code using said decryption key received from the central server to generate a decrypted code;

transmitting said decrypted code to the central server; and

in response to the transmitting said decrypted code to the central server, receiving from the central server an authentication signal indicating whether the shipment of goods is authenticated.

25. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 24, the method further comprising:

receiving the decryption key which is valid for a limited period of time from the central server; and

decrypting said encrypted code using said decryption key during the limited period of time to generate a decrypted code.

26. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 25, the method further comprising:

receiving the decryption key that is time-varying from the central server; and

decrypting said encrypted code using said time-varying decryption key to generate a decrypted code.

27. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 24, the method further comprising:

reading a plurality of encrypted codes from a plurality of encrypted tags associated with goods of the shipment;

decrypting each encrypted code of the plurality of encrypted codes using said decryption key received from the central server to generate a plurality of decrypted codes;

transmitting each decrypted code of the plurality of decrypted codes to the central server; and

in response to the transmitting said plurality of decrypted codes to the central server, receiving from the central server an authentication signal indicating whether the shipment is authenticated or not.

28. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 27, the method further comprising:

providing each encrypted tag of the plurality of encrypted tags with a plurality of encryption codes associated with each encrypted tag.

29. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 24, the method further comprising:

transmitting identifying information associated with the decryption scanner to the central server at the same time as transmitting said decrypted code, wherein said identifying information includes at least one of a location of the decryption scanner, a unique identifier associated with the decryption scanner, a unique identifier associated with a current user of the decryption scanner, and a unique identifier of a facility within which the decryption scanner is currently used.

30. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 24, the method further comprising:

performing said steps of scanning and reading using wireless communications.

31. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 30, the method further comprising:

reading a second encrypted code associated with the particular good of the shipment using optical technology.

32. A method for authenticating shipments of authorized goods having encrypted tags connected thereto using a decryption scanner and a central server including a central database as defined in claim 24, the method further comprising:

performing at least one of said steps of scanning and reading optically.