Novel Designated Ownership Transfer with Grouping Proof

Abstract

In the supply chain management literature, various mobile radio frequency identification (RFID) protocols have been proposed for minimizing cargo theft during transport while ensuring the integrity of the entire cargo load or transferring ownership of a tagged item to another owner. These protocols are generally called grouping proof protocols and ownership transfer protocols, respectively. However, no protocol has been proposed that can achieve both requirements. In this paper, we propose a novel designated ownership transfer with grouping proof protocol that simultaneously generates grouping proofs and authenticates the consistency between the receipt proof and pick proof while ensuring that ownership of the cargo is transferred to the new designated owner in one attempt. In addition, the proposed scheme is robust against attacks (such as replay, denial-of-service, and denial-of-proof attacks) and has security features, such as forward/backward secrecy and message integrity.

Keywords

• mobile RFID
• supply chain management
• multilayered grouping proof
• ownership transfer
• denial of proof
• message integrity