In recent years, the technological improvement in wireless smart communication (WSC) and mobile computing stimulated a consistent growth both in number and types of implementations for Smart Classes and Objects (SCO). Significantly enlarging their battery longevity and hence their serviceability, it is essential to minimize power consumption and thus ameliorate power efficiency. Before a smart device initiates communication, it must discover the set of nodes that are within its direct communicating range. The gathered relevant information is kept in its internal data structures to apply with routing. The behavior of an ad-hoc and dynamic devices relies on the functioning of its neighboring interconnected devices since it must sense the medium before it starts transmitting packets to nodes in its interfering range, which can give rise to collisions at the other devices. The wireless ad-hoc devices acclimatize dynamically its topology knowledge range, leading to faster convergence of its neighboring nodes to establish smart objects communication.The design goal of SCO is to acquire the real time data acquisition with an impact of supervisory control for large scale Remote Environment. Proposed system considers a logging System for a remote communicationand the power that is being wasted will be saved using sensors to indicate the microcontroller to increase or decrease the power to the required levels. Our proposed system is to help in automation of SCO that in turn makes our lives easier. © 2017 Elsevier Ltd.