Designing a Secure IOT data Encryption algorithm for Smart Environmental Monitoring System

Zeba Malik, Anika Saxena, Kaptan Singh
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引用次数: 1

Abstract

There are many applications where it is required to smartly monitor the environmental parameters. Therefore in this paper a smart IOT based environmental data monitoring system Transceiver is designed. The Humidity of the air is responsible for the various chemical and biological properties of the environment. Therefore humidity and temperature data sensors are used for environmental air monitoring. A secure key based AES encryption standards is used at the transmitting end. The cipher data is uploaded over IOT cloud. At the receiver end a smart decryption algorithm is designed. The NodeMCU based ESP8266 Wi-Fi router is designed at the transceiver end. Paper present the secure environmental monitoring system, which is applicable in air conditioning, ventilation and weather monitoring. The data is stored over ThingSpeak cloud server.
面向智能环境监测系统的安全物联网数据加密算法设计
有许多应用需要智能地监控环境参数。为此,本文设计了一种基于智能物联网的环境数据监测系统收发器。空气的湿度对环境的各种化学和生物特性负责。因此,湿度和温度数据传感器用于环境空气监测。传输端采用基于安全密钥的AES加密标准。密码数据通过物联网云上传。在接收端设计了智能解密算法。在收发端设计了基于NodeMCU的ESP8266无线路由器。本文介绍了一种适用于空调、通风、气象监测的安全环境监测系统。数据存储在ThingSpeak云服务器上。
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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