Industrial Wireless Sensor Network Integration with Cloud Environment using IPv6 Routing

Abstract

This research article discusses about the focal points and difficulties of cloud-based framework engineering in observing and examining the factual organization execution. The focus of thsi research effort is on integrating modern remote sensor groups, which are made up of low-power remote devices for detecting and activating a real-time connection with cloud infrastructures, enabling remote access over secured and uninterrupted connections. The proposed cloud connecting structure executes RESTful administrations at the WSN's facilitator hub level, allowing for the use of a more adaptable and efficient communication structure. The general framework provides advantages for perception, information stockpiling and preparing it for dispersed calculations, which can divide into heterogeneous staggered observing and control frameworks. This research work presents a displaying and reenactment approach for enabling adaptable IPv6-based modern remote sensor organizations, feature powerful instruments for cloud interoperability and contention along with the achievability of the proposed framework.