面向供应链的区块链隐私保护技术

Zhengtao Sun, Bo Liu, Boyang Zhang, Faguo Wu, Bo Zhou, Hao Wu
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引用次数: 0

摘要

供应链是指从零件生产开始,经过运输、储存等过程,最终形成产品并销售的过程。供应链一般由供应商、制造商、销售公司、消费者等要素组成。随着供应链规模的扩大和交易的增加,货物的运输过程难以跟踪,交易可靠性低,导致物流运输效率低,市场监管困难,货物所有权难以确认等问题。因此,我们需要一种手段来实现供应链的信息化。区块链由包含按时间顺序连接的信息的块组成。与传统网络相比,区块链有两个核心特征:一是数据的不变性,二是去中心化。它的结构自然符合供应链的特点和发展趋势,因此我们可以考虑利用区块链技术解决供应链中的问题,从而实现供应链的创新发展。本文首先给出了区块链技术在供应链中应用的具体方案。从数据采集、上传、存储和使用四个方面,讨论了各种区块链隐私保护技术如何保护和增强供应链中的数据隐私,包括公钥加密、数字签名、秘密共享技术、阈值加密、访问控制和安全多方计算。展望了区块链技术应用于供应链的可能发展方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Privacy Protection Technology in Supply Chain-oriented Blockchain
The supply chain refers to the process that starts from the production of parts, goes through transportation, storage and other processes, and finally forms products and sells them. The supply chain generally consists of suppliers, manufacturers, sales companies, consumers and other elements. With the increase in the scale of the supply chain and the increase in transactions, it becomes difficult to track the transportation process of goods, and the transaction reliability is low, which leads to problems such as low logistics and transportation efficiency, difficulty in market supervision, and difficulty in confirming the ownership of goods. Therefore, we need a means to informatize the supply chain. Blockchain consists of blocks containing information connected in chronological order. Compared with traditional networks, blockchain has two core characteristics: one is the immutability of data, and the other is decentralization. Its structure naturally fit the characteristics and development trend of the supply chain, so we can consider using blockchain technology to solve the problems in the supply chain, so as to realize the innovative development of the supply chain. Our article first gives the concrete scheme of applying blockchain technology to supply chains. From the four aspects of data collection, uploading, storage and use, we discussed how those various blockchain privacy protection technologies protect and enhance data privacy in the supply chain, including public key cryptography, digital signature, secret sharing technology, threshold cryptography, access control, and secure multi-party computation. We also predict the possible development direction of blockchain technology which is applied to supply chain.
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