Today's WSN(Wireless Sensor Network) is a network of spatially dispersed sensors that communicate with one another. Enterprise applications including email, security, backup/DR, and servers are all provided by WSN and are distributed over the Internet. The main issues that streaming media applications in WSN experience are congestion and packet loss. This issue happens when the sensor receives traffic that is greater than it can handle in terms of packet loss, delay, and overall quality. One technique for gathering lost packets and retransmitting them to the destination in order to improve network performance and reliability is buffering at the routers. Dynamic content, whose creation is altered dynamically in response to a user's request, has recently become widely used throughout the across the sensor nodes. By using buffering at the routers between the server and the user, this article presents a technique for rapidly reacting to the dynamic information of numerous sensor nodes. The proposed approach makes use of the router's buffering strategy to retransmit data that was lost on the network and to recover from packet loss.