Distributed Cache Performance Improvement Middleware Session

Smart gadgets are increasingly providing in-demand services, and speedier access to important services is crucial. By using the Internet and telecommunications operators' expanded bandwidth, billions of smart sensors, motors, automobiles, devices, mobile phones, tablets, and people communicate in a distributed environment to obtain on-demand service. This work created a session and cookie middleware and used DHT server polymorphism to increase proxy server distributed cache efficiency for automotive services. Node clustering makes peers function as client/servers, listening to the TCP Port line and using cookie-session middleware to provide services. If there is only one node, a client/server will listen to the UDP port and use the DHT protocol to register peer properties. Game theory-based architecture is also suggested in this study. Weak Sequential Equilibrium (WSE), an extensive-form game with partial data, has been found to contain Nash and weak sequential equilibriums in one state. The simulation findings show that the suggested architecture is faster than constructing a virtual cache and moving from busy nodes, decreasing user response and bandwidth usage and increasing cache hit rate.