Implementation of Network Load Balancing System

As the internet users are increasing day-by-day, so it now becomes a difficult task to give instant respond or to serve many requests made at a particular time in a faster manner. The problem arises when a website gets hundred of hits at a particular time and then no client will be able to access that website as the server goes down because a single server cannot handle so many requests at a particular time. However, the key to successfully serving a customer is that we can distribute requests to many servers within a cluster that can then process them in an expeditious manner. This concept, aptly called load balancing, is neither complex nor novel, and appropriately used, it can help ensure that no server becomes so overburdened with requests that it ends up failing to properly function. So the main objective of making this project is to improve the performance of the server whenever load gets increased on the server. The highest performance is achieved when the processing power of servers is used intelligently. Network load-balancing products can direct end-user service requests to the servers that are least busy and therefore capable of providing the fastest response times. Necessarily, the load balancing device should be capable of handling the aggregate traffic of multiple servers. If a Server load-balancing device becomes a bottleneck it is no longer a solution, it is just an additional problem.