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自主可信网联汽车充电桩系统

Autonomous and trustworthy system of connected vehicle chargers

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网联汽车充电桩与充电桩管理云平台正面临着密码机制薄弱、数据通信安全性差等信息安全问题.设计了实现自主可信网联汽车充电桩系统,以商用密码算法为主体,实现公钥的安全分发与服务端身份的可靠认证;使用联盟链Hyperledger Fabric作为系统的区块链底层平台,对数据通信所用的密钥进行存储与管理,实现访问信息可追溯和访问实体的不可否认性.与传统集中式充电桩系统相比,该系统以身份为中心,构建新的安全边界,助力我国智慧交通与车联网发展.
Connected vehicle chargers and charger management platforms are facing the issues of information security such as weak cipher mechanism and poor data communication security.This paper designs and implements an autonomous and trustworthy system of connected vehicle chargers.The system takes commercial cryptographic algorithms as the main body to achieve secure distribution of public keys and reliable authentication of server identities;it uses consortium blockchain Hyperledger Fabric as the underlying blockchain platform of the system to store and manage the keys used for data communication to achieve traceability of access information and non-repudiation of access entities.Compared with the conventional centralized charger system,the proposed system constructs a new security boundary centered on identity to assist China's smart transportation and Internet of Vehicles development.

connected vehicle chargercommercial cryptographic algorithmenhanced identity authenticationblockchainremote control

霍奕戎、范克科、欧嵬

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中国人民大学附属中学,北京 100080

海南大学,海南 海口 570228

网联汽车充电桩 商用密码算法 强身份认证 区块链 远程控制

海南省基础与应用基础研究计划高层次人才项目河南省网络密码技术重点实验室联合开放课题基金

621RC508LNCT2021-A16

2023

信息安全与通信保密
中国电子科技集团公司第三十研究所

信息安全与通信保密

影响因子:0.374
ISSN:1009-8054
年,卷(期):2023.(10)
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