GPRS Arduino Mega-2560网络物理跟踪系统上的Present-80加密算法实现

Dwi Novazrianto, Rini Wisnu Wardhani, Naufal Hafiz Syahidan
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引用次数: 0

摘要

网络物理系统可以被描述为一个物理系统和一个工程系统,它可以通过计算和通信来监控、控制、协调和集成过程。移动互联网技术越是发展,信息安全的漏洞就越多。在信息时代,网络攻击是一个挑战。提高通信设备的安全性可以将GPS的实际位置映射成不同的表示形式。VTS将定期向服务器或系统用户发送车辆位置数据。VTS器件由Arduino Mega-2560和PRESENT-80算法组成。GPS模块提供定位数据,sim800L v2模块作为GPRS通信模块。在车载跟踪系统上成功地实现了PRESENT-80。位置数据可以以密文形式发送,并且可以在基于android的监控应用程序中解密位置数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Present-80 Encryption Algorithm Implementation on GPRS Arduino Mega-2560 Cyber Physical Tracking System
Cyber Physical System can be characterized as a physical system and an engineering system which can be monitored, controlled, coordinated, and integrated processes with computing and communication. The more development of mobile internet technology, the more vulnerabilities in information security. In the information age, cyberattacks are a challenge. Increasing security on Communication device can map the actual location of the GPS into a different representation. VTS will send vehicle location data to the server or system user periodically. The VTS device consists of the Arduino Mega-2560 and the PRESENT-80 algorithm. The GPS module serves to provide location data, and the sim800L v2 module as a communication module with GPRS services. PRESENT-80 implementation on the Vehicle tracking system was successfully carried out. Location data can be sent in ciphertext form and location data can be decrypted in an Android-based monitoring application.
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