Wireless sensors network (WSN) is gaining much attention recently. It has been very widely adopted within home automation, offices, roads, and smart city. Thus, sensors come together to form an IoT scenario where things can interact with each other for different purposes. Consequently, the smart city trend is going very fast which is backed up with a fully interconnected environment such as buildings, traffic lights, ATM machines, and EHealth. However, these tiny spread sensors are equipped with a small battery, computing resources, and efficiency. Hence, any over-utilization of these resources shall lead to acting node depletion which would subsequently lead to network collapse. Hence, this paper proposes a new algorithm to balance the load over wireless sensors and increase network efficiency simultaneously. Intensive simulation results have shown that the proposed algorithm is effective in terms of efficiency, load distribution, Betweenness, Closeness, and Degree.