Outside border investigation is basic to the safety of each state then the problems it carriages are changing and prone to escalate. Remote Sensor Networks (WSN) be situated an ease innovation that give an insight drove answer for successful consistent observing of vast, occupied and complex scenes. The direct system topology coming about because of the structure of the observed zone increases in the challenges that have not been sufficiently tended to in the writing to date. Now this paper, we distinguish a fitting metric to quantify the nature of WSN fringe crossing discovery. Besides, we propose a technique to compute the essential number of sensor hubs to convey in request to accomplish a predetermined level of scope as indicated by the picked metric in a certain belt area, while looking after radio availability inside the system. At that point, we add a novel cross layer steering convention, called Levels Division Graph (LDG), composed particularly to report the correspondence needs and interface resolute quality for topologically direct WSN applications. The execution of the proposed convention is widely assessed in reproductions utilizing practical situations and parameters. LDG simulation comes about show huge execution picks up when looked at to its best adversary in the writing, Dynamic Source Routing (DSR). Contrasted with DSR, LDG enhances the normal end-to-end delays by up to 95%, bundle conveyance proportion by up to 20%, and throughput by up to 60%, while keeping up equivalent execution in terms of standardized steering burden and vitality utilization. © 2018, Institute of Advanced Scientific Research, Inc. All rights reserved.