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Breeder documents (e.g. birth certificates) have- No common format / content- No specification of system of security or security features- No standards, no interoperability- No international foundations
Consequences: breeder documents can be counterfeited very easily
Basically the existing document design can be maintained.
The blank document must have a pre-printed barcode, called Form Control Number (FCN). It is the number which is used for the inventory control of the blanks as well as for linking the personalization data to the document itself.
The blank document must offer an area where a RFID sticker can be placed (e.g. size 3cm × 3cm).
RFID STICKER
The sticker will be self-adhesive with an adhesive that firmly sticks to the birth certificate. Any attempts to remove the sticker from the birth certificate will lead to a destruction of the sticker.
The sticker has a preprinted Inventory Control Number (ICN) which is initialized during sticker production.
1. Forenames of child (48)2. Surname of child (48)3. Sex of the child (1)4. Date of Birth (8)5. Time of Birth (5)6. Place of Birth (32)7. Forename of the first parent (48)8. Surname of the first parent (48)9. Birth name of the first parent (48)10. Sex of the first parent (1)11. Date of birth of the first parent (8)12. Place of birth of the first parent (32)13. Citizenship of the first parent (3)14. Credential number of the first parent (16)
15. Forename of the second parent (48)16. Surname of the second parent (48)17. Birth name of the second parent (48)18. Sex of the second parent (1)19. Date of birth of the second parent (8)20. Place of birth of the second parent (32)21. Citizenship of the second parent (3)22. Credential number of the second parent (16)23. Name of the issuing authority (48)24. Date of issuance (8)25. Place of issuance (32)26. Name of issuing officer (48)27. Address of issuing authority (48)28. Citizen Registration Number (8)
Personalization Data
Data can easily be stored on chips with 2k of EEPROM memory!
All SAMs in the system are in turn issued and managed by a central entity that is responsible for the security of the system.
Components making up the system can be manufactured by multiple vendors and managed by different parties allowing maximum flexibility.
To increase the security in the system and perform an effective management, it will be only possible activate a slave SAM installed in a remote reader through an authorization from the backend system.
The backend system will have a Master HSM, which will calculate and deliver the activation keys (Master Key) for the slave SAM. In this way, only the authorized readers will be able to issuance the eBreeder certificates.
User taps smart-pohone to the NCF label adhered to the breeder document.Corresponding e-breeder app launches, allowing access to data provided in the «Document Information» tab for verification of document authenticity.Multi-level access rights allows authorized users to access more detailed underlying data-up to a complete population registry dataset.
RFID Labels are attachable to any paper based document, e.g. eBirth Certificates, eVehicle registration, Weapon IDs, University Diploma, Land Titles etc.
Allows verification of authenticity and integrity through cryptographic procedures.
Allows usage of SmartPhones with NFC interface for easy verification.
Can provide additional (private) information stored on the chip which are only accessible if appropriate keys are present with SAM.
The system architecture supports offline and online functionality by default.
Can be operated in insecure (disconnected) environments (hospitals, universities).