Lightweight Secure Communication Mechanism Towards UAV Networks

Teng Li, Jianfeng Ma, Xindi Ma, Chenyang Gao, He Wang, Chengyan Ma, Jing Yu, D. Lu, Jiawei Zhang
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引用次数: 5

Abstract

Due to the open nature of the UAV network, its external environment is complex, potentially risky, and vulnerable to a variety of attacks. The attacker will destroy the connection between the drones, intercept the information transmitted on the communication link, and interfere with the mission messages between the drones, thus requiring us to encrypt the data between the UAV nodes. The current mainstream UAV network communication uses a symmetric encryption algorithm, which is faster but less robust against network packet loss problems. The innovation of this paper is to propose an encryption communication scheme based on SM4 algorithm, and improve the stream encryption mode (CTR) of SM4 algorithm. Compared with the traditional SM4 CTR algorithm, the encryption and decryption speed is improved by 7.7%, and ChaCha20 flow Encryption algorithms are more tolerant of packet loss.
面向无人机网络的轻量级安全通信机制
由于无人机网络的开放性,其外部环境复杂,存在潜在风险,容易受到各种攻击。攻击者会破坏无人机之间的连接,拦截通信链路上传输的信息,干扰无人机之间的任务信息,这就要求我们对无人机节点之间的数据进行加密。目前主流的无人机网络通信使用对称加密算法,该算法更快,但对网络丢包问题的鲁棒性较差。本文的创新之处在于提出了一种基于SM4算法的加密通信方案,并改进了SM4算法的流加密模式(CTR)。与传统的SM4 CTR算法相比,加解密速度提高了7.7%,ChaCha20流加密算法对丢包的容忍度更高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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