Logistics tracing and package fidelity-retaining method based on encrypted radio-frequency identification technology

Abstract

The invention discloses a logistics tracing and package fidelity-retaining method based on the encrypted radio-frequency identification technology. The method provides an RFID electronic tag, whereinthe RFID electronic tag is arranged on a package for packaging goods. The method comprises the following steps of generating several key pairs by a technical service provider, assigning private keys respectively to a shipper and each logistics provider node and assigning a public key to a signer; before the shipping of the shipper, writing the goods information in the RFID electronic tag and encrypting the goods information; writing the corresponding logistics information in the RFID electronic tag respectively by each logistics provider node and encrypting the information; destroying the RFIDelectronic tag on an illegally opened package by an auxiliary mechanical device; after receiving a package by the signer, confirming whether the package is physically damaged or not; if the package is physically damaged, rejecting the package; otherwise, reading the information in the RFID electronic tags and signing after confirmation. According to the invention, goods during the logistics process can be traced, and the first responsibility of the shipper can be conveniently determined. During the logistics process, the auxiliary management for the responsibility of a carrier is realized.

Description

technical field [0001] The invention relates to the field of logistics, in particular to a method for tracking logistics and packaging authenticity by using encrypted radio frequency identification technology. Background technique [0002] How to trust in the virtual era of daigou and Haitao? When we decide to shop in the hands of a stranger, how can we trust the authenticity of the goods. [0003] 1. When individual customers place product orders through electronic means, how to ensure that the purchased products are shipped from the place of origin; [0004] 2. During product transportation, how to ensure that the goods are not opened and the items are not replaced; [0005] 3. In the transportation industry, product damage often occurs due to violent transportation by couriers; [0006] 4. In the process of transportation, there are often problems such as transportation loss and lack of transportation information; [0007] The current situation of overseas online shop...

AI Technical Summary

Problems solved by technology

[0004] 2. During product transportation, how to ensure that the goods are not opened and the items are not replaced;

[0005] 3. In the transportation industry, product damage often occurs due to violent transportation by couriers;

[0006] 4. In the process of transportation, there are often problems such as transportation loss and lack of transportation information;

[0008] The existing technology only scans the various logistics links, and informs the owner of the logistics information after the identification of the face sheet, but the owner does not know what happened to the goods

[0009] However, the existing RFID fidelity technology does not combine logistics scanning in the logistics link. RFID is in the static original state of the factory. When customers verify the authenticity, they only know the date of manufacture of the product batch number at most, and the timeliness analysis in the middle is not combined with logistics.

Secondly, the existing RFID fidelity technology contains a very limited amount of information, and there is no factory packaging BOM information, original consignor information, carrier link information, and geographic information, which allows counterfeiters a lot of room to use RFID anti-counterfeiting technology to brush fake products , or even forge authenticity verification websites, it is already difficult for customers to protect their rights and interests through this means

Images