Mobile Ad-hoc Network (MANET) is a collection of self-contained mobile nodes that communicate with each other over wireless links. The mobile units within the radio range can interact with one another directly, whilst other nodes need the assistance of nearby nodes in order to communicate, which is accomplished via the use of routing protocols. Several routing protocols make use of rebroadcasting strategies in order to decrease the amount of route overhead they incur. Zone-based scheduling heuristics are being explored to decrease redundant transmitting by on-demand simultaneous collision steered broadcasting, resulting in reduced energy consumption. While broadcast storms are common, they are caused by parallel collision directed transmission, which leads to increased power utilization. This article examined a unique technique for boosting the energy efficiency of zone-based scheduling strategies, which manage the network architecture by predicting the node die out rate and hence regulate the network configuration. In addition, a game theory framework integrated with an energy-efficient region routing protocol to enhance MANET QoS routing (QoS-IRBRP) was developed. Ultimately, the simulation results reveal the recommended algorithm s gives enlarged energy efficiency in terms of packet drop index and control overhead when compared to alternative routing strategies (RBRP, IRBRP).