一类密钥同步更新的组合校验认证方法

张岚; 何良生; 郁滨

doi:10.11999/JEIT221569

一类密钥同步更新的组合校验认证方法

doi: 10.11999/JEIT221569

张岚^1, ,,
何良生^{1, 2},
郁滨¹

1.
战略支援部队信息工程大学郑州 450001
2.
国家密码管理局北京 100036

详细信息

作者简介:
张岚：男，博士生，副研究员，研究方向为密码学

何良生：男，研究员，研究方向为信息安全

郁滨：男，教授，研究方向为信息安全

通讯作者:
张岚　alanshanfeng@163.com

中图分类号: TN918.1
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- 文章访问数: 169
- HTML全文浏览量: 125
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- 被引次数: 0
出版历程
- 收稿日期: 2022-12-23
- 修回日期: 2023-06-05
- 网络出版日期: 2023-06-20
- 刊出日期: 2023-12-26

A Class of Combination Verification and Authentication Method for Synchronous Key Update

ZHANG Lan^{1
, ,},
HE Liangsheng^{1, 2},
YU Bin¹

1.
The PLA Information Engineering University, Zhengzhou 450001, China
2.
State Cryptography Administration, Beijing 100036, China

摘要

摘要: 针对一对多通报关系实体认证与密钥协商应用环境的无线目标身份识别同步认证问题，该文设计了双密钥组合校验定理，提出并证明了交互式动态认证与工作密钥同步更新定理，基于可信标识动态密钥匹配规则构建了密钥同步更新的组合校验认证模型，提出了一类密钥同步更新的组合校验认证方法，给出了双密钥组合校验、消息适度重传、模拟信道信噪比合理仿真等无线目标身份识别协议设计准则，突破了无线目标身份识别协议同步认证难的关键技术，解决了实体认证与密钥协商中实体身份动态认证、工作密钥同步更新难题。以一类无线目标身份识别协议为例，分析说明了该类方法的具体应用。基于串空间理论构造攻击方法给出了该协议的形式化证明，并通过常规攻击方法分析了该协议的实际安全性。与其他交互式密码协议同步认证设计方法相比较，该方法具有动态可认证性，由该方法设计的交互式密码协议同步认证方案，安全性高，计算量小，仅进行一次迭代运算，可应用于大规模复杂环境中的无线目标身份识别。
- 密钥同步更新 /
- 动态可认证性 /
- 双密钥组合校验 /
- 基于串空间理论构造攻击方法
Abstract: In view of the problem of synchronous authentication of wireless target identification in the application environment of one-to-many notification relationship entity authentication and key agreement, a double key combination verification theorem is designed. The theorem of interactive dynamic authentication and working key synchronization uopdate is proposed and proved. Based on the dynamic key matching rule of trusted identity, a combinatorial verification authentication model of key synchronization update is constructed. A kind of key synchronous updating combinatorial verification authentication method is proposed. The design criteria of wireless target identification protocol, such as double key combination verification, moderate message retransmission, reasonable simulation of analog channel signal-to-noise ratio, are given. It breaks through the key technology of synchronization authentication in the wireless target identification protocol. The problem of dynamic authentication of entity identity and synchronous updating of working key in entity authentication and key agreement is solved. Taking a class of wireless target identification protocols as an example, the application of this kind of methods is analyzed and illustrated. The formal proof of the protocol is given by a class of constructive attack methods based on strand space theory, and the actual security of the protocol is analyzed by conventional attack methods. Compared with other design methods of synchronous authentication for interactive cryptographic protocols, this method has dynamic authentication. The synchronous authentication scheme designed by this method has the advantages of high security, less computation and only one iteration, which can be applied to wireless target identification in large-scale and complex environment.
- Key synchronization update /
- Dynamic authentication /
- Double key combination verification /
- Constructive attack methods based on strand space theory

HTML全文

图 1 第j次密钥同步更新的组合校验认证模型

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图 2 无线目标身份识别仿真模型示意图

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图 3 识别方的状态机控制识别流程图

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图 4 目标方的状态机控制识别流程图

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图 5 双向认证协议的识别判决模型

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图 6 无线目标敌我正确识别率与信噪比关系

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图 7 无线目标敌我识别成功率与重发次数关系

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表 1 实体认证与密钥协商协议实现功能对照表

指标分析	分析方法机理	计算量	应用范围	安全性
基于Hash函数的检测方法	基于Hash函数采用共享密钥不断刷新机制，实现数据同步认证。	Hash杂凑运算的次数为N/2—N(N为目标数)	小型数据库	标签无法认证读写器的合法性，系统易受到重放和假冒攻击，有安全隐患。
基于Hash函数和ECC的检测方法	基于Hash函数和ECC，采用共享密钥不断刷新机制，实现数据同步认证。	Hash杂凑运算迭代1次，工作密钥通过ECC加密后再发送到对端，增加了协议运算量和存储量。	小型数据库	用于验证身份的随机数明文传输，易被截获，有安全隐患。
双密钥组合校验动态认证方法	基于对称密码体制，采用共享密钥不断刷新机制，实现数据同步认证。	MAC码运算迭代1次，工作密钥在本地参与运算，不发送，节约了协议资源开销。	大型数据库	无安全隐患

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表 2 无线目标身份识别协议所用符号说明

符号	含义	符号	含义
S	服务器	T	无线目标
HIP_S	服务器S的可信标识	HIP_T	服务器T的可信标识
N_s	服务器S产生的随机数	$N_s' $	服务器Ns的逐比特取反
N_t	服务器T产生的随机数	$N_t' $	服务器Nt的逐比特取反
BK	通播密钥	WK_TS	服务器S与无线目标T之间的工作密钥
OP_T	无线目标T的参数数据	MAC-OP_T	无线目标T的参数数据认证码
MAC_Req	请求数据包的认证码	MAC_Res	应答数据包的认证码
MAC_Ac	确认数据包的认证码

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表 3 各协议安全性比较

协议类型	假冒攻击	窃听攻击	重放攻击	异步攻击	中间人攻击	无线目标识别环境	前向攻击
Hash-Chain双向认证协议^[2]	×	×	×	√	√	√	×
Hash-ECC混合认证协议^[6]	×	×	×	√	√	√	×
Stream-CRT鉴别协议^[7]	√	√	√	√	√	√	×
本文协议	√	√	√	√	√	√	√

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