Data Security in WSN-Based Internet of Things Architecture Using LDS Algorithm

Abstract

The possibility of internet of things (IoT) was produced in parallel to WSNs. The term IoT was formulated by Kevin Ashton in 1999 and alludes to remarkably identifies items and their virtual portrayals in a “internet like” structure. While IoT does not accept a specific communication approach, wireless data transfer will assume a noteworthy part, and specifically, WSNs will multiply numerous applications. The small, cheap, and low-powered WSN sensors will bring the IoT to even the smallest items introduced in any sort of condition at sensible expenses. There are several methods and tactics for distributed IoT systems to prevent security attacks or contain the extent of damage of such attacks. Many of these deserve significant computational, communication, and storage requirements, which often cannot be contented by resource-constrained sensor nodes. This chapter proposes a WSN architecture with energy-efficient communication with secure data packets with a proposed LDS (Lino-Dhanasekaran, Suresh) algorithm which is useful in IoT applications.