A Unique Solution for Security of Agriculture Produce Using Green IoT

Abstract- Many technologies have been introduced to improve the production of agricultural produce. But very little is done to protect the produce from being eaten by rodents or other intruders. These challenges should also be taken into account. Security systems these days are not smart enough to provide real time notification after sensing the problem. The technologies like Internet of Things and Wireless Sensor Networks can lead to agricultural modernization. We have designed, tested and analyzed an ’Internet of Things’ based device. Since, the devices in IoT have limited energy sources they often run on battery, the implementation of green communication and system design in IoT has been a core challenging issue. This paper addresses the energy efficiency issues across diverse IoT driven networks by proposing a system design for G-IoT for the IoT devices to extend the life expectancy of the whole IoT network.

Keywords- Green IoT, Raspberry Pi, Sensor devices, Python, Agriculture Security.

I. INTRODUCTION

In past few years information and communication technologies have been introduced in agriculture, improving food production and transportation [1]. However the integration of these technologies are not yet used for security purposes. The significant challenge facing the security in agriculture is the interaction between security devices to enhance security in various fields. The lack of information transmission and data analyzing has been ”solved” by integration of internet of things with present security systems in order to achieve efficient food preservation. Although the food crop loss and debilitation of diseases are due to various threats as rodents, pests, insects and grain pathogens. In the context of Smart Security and Monitoring System for Agriculture, we address the challenge of integrating Internet of Things with electronic security devices and systems to improve the efficiency of food preservation in grain stores [2].
Read More