Logistics use case for the ”Zero Knowledge Proof” cryptographic protocol

Abstract

In various logistical tracking systems, monitoring and tracking devices are employed. Typically, vehicles equipped with GPS or mobile applications are used to transmit relevant information. Such operational schemes assume that all involved parties have access not only to sensitive details about the transported goods but also to their specifications, including: origin, issuer, recipient, and other pertinent data. However, this approach exposes critical information to any external agent capable of interacting with the system. Consequently, in the presence of malicious actors, significant vulnerabilities arise concerning security and privacy, thereby compromising the integrity of the shipping process. This study explores the potential integration of advanced cryptographic techniques, specifically Zero-Knowledge Proofs (ZKPs), to ensure security and privacy within logistic operations while satisfying operational requirements.