Simulation cycle for network scenario based on AD-Campus solution

A software-defined-networking (SDN)-based controller (SeerEngine-Campus) provides service intelligence. This controller sets up connections, enforces service levels, and automates operations in order to provide full policy management. When the H3C Application-Driven Campus (AD-Campus) solution SD- W AN architecture is used, it gives users secure network access through a variety of transport technologies. EVPN and VXLAN work together to make campus networks that can manage multiple LANs over SDWAN that are highly scalable, efficient, and flexible. Network operators can set up much bigger networks than they could with traditional Ethernet-based Layer 2 architectures by deploying common sets of policies and services across campuses. EVPN-VXLAN separates network infrastructure from services and applications specific to each department or customer. This idea of network virtualization makes it possible to keep traffic separate and to add services to any part of the network without having to use expensive methods like plumbing VLANs. To demonstrate this simulation concept, an experiment was set up with several procedures, beginning with setting up the experiment topology, configuring the devices, and obtaining the experiment results. From the AD-Campus Solution, three areas must be deployed: the underlying physical cable, development services on SeerEngine Campus, and finally the protocol for Service Deployment and Verification (EIA). This experiment gave us a typical network scenario and a modern way to implement a network architecture for connecting network access securely across multiple transport technologies using AD- Campus solutions.