MPLS: A Way to Achieve Optimized Framework for Secured Transmission of Data in Various Cloud Environments

Traditional MPLS-based recovery methods, such as link-based and one-to-one dedicated routing methods, typically use multiple resources. To address this issue, we offer a new approach called the Common Protection Path (CPP) that provides better resource management. Methods/Accounts. Unlike existing methods, CPP considers factors such as route failure probability and first return position when selecting a shared safety channel for traffic flows with identical intake and egress routers We real-world COST with link capabilities used ns-2 simulations to evaluate the efficiency of the CPP in a 239 network. Dedicated single channels, network-based systems, and modified UNIFR (RFNS) with UNIFR-like names all stood out significantly. Our findings show that CPP outperforms conventional methods in providing more efficient bandwidth protection and handling higher levels of traffic congestion. In MPLS-based recovery systems, the CPP scheme offers a significant improvement in resource utilization, with interesting implications for switching and network management.