Blockchain based Lightweight and Secure Aggregation Scheme for Smart Farming

Abstract

Modern farms are just the beginning of India’s extensive agricultural sector; nonetheless, misusing agricultural technology reduces crop production. Promoting the use of modern statistics in agriculture can help farmers deal with some challenges. A loss of production occurs when there is a lack of accurate information and communication. These are the topics that our article aims to cover. This Internet of Things (IoT) based software offers a smart tracking platform structure and is designed for an agricultural facility. With the primary goal of reducing water waste throughout the irrigation process, propose a fully intelligent agriculture system based on IoT. Develop a smart agricultural model based on the Internet of Things with the main objective of increasing crop yield by involving various parameters and by using blockchain. This study provides an in-depth understanding to support a contemporary, IoT-enabled blockchain framework to permit a consistent data exchange across many organizations. To provide a consistent record, transmission in the IoT is blockchain-assisted, and this study begin by expanding to the new authentication and key management schemes. Cloud servers use the encrypted transactions to analyze and detect intruders by using a unique deep-learning architecture. A thorough comparison shows the suggested approach offers higher safety and software features. The primary goal of this study is to use a blockchain-based methodology to ensure device safety.