Logistics scheduling method and system based on blockchain key data evidence

Abstract

The invention discloses a logistics scheduling method and system based on a block chain key data evidence. The method comprises the following steps: S1, an inputting step; S2, an uploading step: carrying out packaging on logistics task information to generate a key data evidence, and transmitting the key data evidence to a node of a target block chain; S3, an acquisition step: allowing any node in the target block chain to acquire the key data evidence from a block chain account book, and unpacking the key data evidence into the logistics task information; S4, a receipt step: generating a marked data block according to transaction information and the key data evidence, wherein the marked data block is used for pairing and marking the logistics task information and the transaction information; and S5, a confirmation step: allowing a current node to receive returned consensus result information. According to the invention, decentralized scheduling and self-matching of logistics companies are realized, scheduling reliability is greatly improved, and the information security of logistics transaction activities is protected.

Description

technical field [0001] The invention relates to the technical field of logistics scheduling, in particular to a logistics scheduling method and system based on blockchain key data storage certificates. Background technique [0002] At present, in addition to customizing the transportation plan through the relevant modules of the logistics information management system, and simple management and tracking of the warehouse through the inbound and outbound modules of logistics transactions, most of the operations still remain in manual management and paper documents. The logistics transaction process includes order management, warehousing, inventory check, transportation tracking, transaction feedback, etc. Detailed sensitive information in the circulation links such as transportation costs, document review, transaction docking, and product integrity generated in this process has not been centrally processed. , the entire logistics transaction process is invisible, and it cannot...

AI Technical Summary

Problems solved by technology

The logistics transaction process includes order management, warehousing, inventory check, transportation tracking, transaction feedback, etc. Detailed sensitive information in the circulation links such as transportation costs, document review, transaction docking, and product integrity generated in this process has not been centrally processed. , the entire logistics transaction process is invisible, and it is impossible to connect all customers in the supply chain to provide efficient logistics services, and it cannot meet the requirements of logistics decentralization and non-repudiation

[0003] There are information security problems in the traditional logistics centralized transaction model: first, it is vulnerable to network attacks, which can lead to the disclosure of confidential information; There is a large amount of unreliable transaction data in the past experience and qualification review of both parties to the transaction for credit rating, and it is very difficult to collect comprehensive, complete and systematic logistics transaction information

Images