Secured Environment for Cloud Integrated Fog and Mist Architecture

Abstract

One of the most overgrown research domains is Fog computing in which cloud services are strikingly extended to the network's edge, simultaneously inducing likelihood of computations, communications, as well as storage services in nearness to the end use in order to get adapted to the issues of low transfer speed, high latency and network congestion towards maximum network throughput specifically with the rapid growth in demands in the Internet of Things (IoT). The primary concern of research community is dedicated to development of security lightweight cryptography approaches in the middleware of mobile cloud. This exploration study aims to explore enormous points of view of Fog computing based IoT applications execution and processing security and trustworthiness from perspective of performance testing based models. The study also improves the design issues of security and testing in correspondence to IoT through efficient utilization of IoT paradigms. The proposed solution has been compared to measurable modules and noted that using iFogSim has the most secure environment to perform the topologies for Fog and Mist computing.