Smart home IoT use case with elliptic curve based digital signature: an evaluation on security and performance analysis

Abstract

The Internet of Things (IoT) is being evolved through four-dimensional or pillars such as individuals, procedures, information and possessions named the Internet of Everything (IoE). It seems IoT has only one component, which is things. We partake to explain in IoE, about the connection of the things and people, collection of the technique. However, the harmless data and intelligent connection of objects and constitutional items work on the internet for the decision as shown in Figure 1. All components are discussed in the later section. The IoT now has a more significant opportunity for a career, business, and economy. *Author for correspondence Security, network completion, and energy costs are essential thoughts on the internet of everything [1]. It provides a secure scheme to support many devices of context-awareness. Machine to machine (M2M) infrastructures, machine to people (M2P) system, and people to people (P2P) connections comprise IoE technology, which will be used wireless communication and networking [2,3]. A collaborating platform that assimilates evidence as of exposed government agendas, local businesses and citizens to deliver evocative and authoritative knowledge anytime, anywhere on any expedient. It also includes user-generated and global communications.

A Study on Efficient Information Security using Elliptic Curves

“…Data analysis and comparison reveal that ECC is more efficient and secure than RSA. Finally, the study finishes by emphaizies the benefits of ECC in IoT systems and suggesting future enhancements and research initiatives in this field [38].…”

Lightweight Authentication Model for IoT Environments Based on Enhanced Elliptic Curve Digital Signature and Shamir Secret Share

“…A comparative study in [10] involved showing how the security model performance in IoT environments can be improved by using ECC instead of RSA, this study was implemented upon evaluation of the smart-door IoT system using Cryptool2 as a simulation tool. Yasin Genç [11] proposed a new ECDSA algorithm that involved eliminating modular inversion arithmetic operation in two signature stages, the signature generation stage and verification stage, the elimination improves the run time of the ECDSA algorithm, and claimed the modification doesn't reduce the security efficiency.…”