Dual Layer Encryption for IoT based Vehicle Systems over 5G Communication

Sajid Bin-Faisal, Dip Nandi, Mashiour Rahman
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Abstract

In modern communication scenario of the 5G era, the service quality is the greatest concern for the users. Also, the concept of security can’t be neglected in this case. In the IoT oriented services like vehicle and VANET systems, the security in the presentation layer of the network is required. This work is over the security mechanism of the service storage and fetching the files for service. A new scheme of multi layered file and content encryption has been produced in order to strengthen the security of the file and data to maintain integrity and confidentiality of the IoT enabled services implemented in 5G. The encryption scheme is designed for the password encryption through asymmetric key cryptography (RSA) along with an enhanced concern of internal content or data security with symmetric key (AES-128) cryptography. This encryption system of double layer for a file makes the study unique and differentiable than other security schemes.
基于物联网的车辆系统在5G通信中的双层加密
在5G时代的现代通信场景中,服务质量是用户最关心的问题。此外,在这种情况下,安全的概念也不能忽视。在面向物联网的服务中,如车辆和VANET系统,需要网络表示层的安全性。这项工作是在服务存储和获取服务文件的安全机制之上进行的。为了加强文件和数据的安全性,以保持在5G中实施的物联网支持服务的完整性和机密性,已经制定了多层文件和内容加密的新方案。该加密方案设计用于通过非对称密钥加密(RSA)进行密码加密,并通过对称密钥加密(AES-128)增强对内部内容或数据安全性的关注。该双层文件加密系统与其他安全方案相比具有独特性和可变性。
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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