首页|数字签名与密钥协商在刷写流程上的研究与应用

数字签名与密钥协商在刷写流程上的研究与应用

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当前市场上有很多款控制器存在着被盗刷的风险,为了降低被盗刷概率.本文使用 RSA非对称加密算法对要刷的数据文件进行数字签名,保证了刷写过程中数据文件来源的合规性和安全性,控制器对刷写文件先进行身份验证,验证通过后再开始刷写流程.这将降低控制器被恶意盗刷的风险.本文在刷写流程中,安全访问算法的密钥使用了ECDH 算法进行密钥协商算法,实现了安全访问一次一密,保证每次安全访问的密钥都不一样,防了安全访问过程密钥泄露的风险,保证了刷写过程的安全性.
Research and Application of Digital Signature and Key Agreement in Programming Process
There are many controllers on the market that are at risk of being stolen,in order to reduce the probability of being stolen.In this paper,RSA asymmetric encryption algorithm is used to digitally sign the data file to be brushed,which ensures the compliance and security of the source of the data file in the process of brushing.The controller verifies the identity of the data file first,and then starts the process of programming af-ter the verification is passed.This will reduce the risk of the controller being hacked by malicious agents.In this paper,the key of the secure access algorithm uses the ECDH algorithm to conduct the key agreement algorithm,which realizes the secure access once and secret,ensures that the key of each secure access is different,prevents the risk of key disclosure during the secure access process and ensures the security of the brush process.

Key agreementECDH algorithmDigital signatureRSA algorithm

葛云东、艾聪、袁训腾

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潍柴动力股份有限公司,山东 潍坊 261012

密钥协商 ECDH算法 数字签名 RSA算法

山东省重点研发计划

2020CXGC010806

2024

内燃机与配件
石家庄金刚内燃机零部件集团有限公司

内燃机与配件

影响因子:0.095
ISSN:1674-957X
年,卷(期):2024.(8)
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