BigCorp is a large multinational firm that produces metal bearings. The company has offices and plants scattered in twenty five (25) cities around the world. The company just acquired a small company, LittleCorp, which produces steel products. LittleCorp has five (5) plants and offices in the United States. Currently, the two (2) companies have separate networks.You are the Network Engineering Consultant in charge of the network at BigCorp. You have been assigned the task of upgrading all thirty (30) sites between the two (2) companies into one (1) intranetwork. You will provide an implementation plan solution which will meet the needs of redundancy, security, and an optimal addressing and routing solution.As timely updates from the plants to the offices are important over the network, the Service Level Agreement (SLA) requires 99.99% uptime. The Chief Information Officer (CIO) has assigned you six (6) network analysts and a project manager who will assist you in the implementation plan. The budget for the upgrade is $550,000. Operations at each site must not be interrupted during the upgrade process.Currently, the companies use a mix of IPv4 and IPv 6 at their sites. You must upgrade all sites to IPv6. LittleCorp is using some less efficient protocols, such as Routing Information Protocol (RIP). BigCorp is using RIPv2. You must upgrade to EIGRP, OSPF, and / or BGP, as appropriate. As part of the plan, you must include a WAN link technology, such as T1, E1, T3, or E3, which will support remote bridging and development of configurations for all the remote routers.Write a six to ten (6-10) page paper in which you:Your assignment must: