CYB_100_Project_One_Fabian_Richards

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Jan 9, 2024

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Fabian Richards CYB_100_Project_One 12/10/2023

Network Design Rationale A. IP networking The Internet Protocol facilitates message exchange and inter-network communication. Three networks were engaged in Project Two: Subnet 1, Subnet 2, and Network 3. Routing setup was required to enable messages to be sent to and received from Server_Main, which was on a separate router, as well as between PC1_Subnet1 and PC1_Subnet2, which were linked to the same router. In order for Subnet2 to communicate with Subnet1, Subnet2, and Network3, the Server_Router has to first configure both static and dynamic routes. Although some people would rather just use one kind of routing, I think it's better to have both alternatives accessible because static routes aren't always reliable. B. Subnet masks Subnet masks are used to construct subnetworks inside the same network. Subnet1 and Subnet2, for example, are part of the same network but use distinct addressing methods. For example, Subnet1 is allocated 192.168.1.1, but Subnet2 is assigned 192.168.5.1. While it is possible for both networks to use the same addressing scheme, employing distinct schemes serves to improve network traffic management and security. C. Network (DHCP) infrastructure Although I could have designed this project using DHCP infrastructure, I thought it would be better to review RIP and static route architecture. D. Network address translation (NAT) protocol and port address translation (PAT) protocol

Use the NAT and PAT protocols at the CLI or GUI to define which port on the router is inside or outside so that end-to-end devices can communicate with one another. For example, the two ports on a server router are Fa0/0 and Se2/0. In this case, port Se2/0 was constructed within the router to connect to the subnet router, whereas port Fa0/0 was linked to Server Main outside the router. As an "analyst," I have been tasked with integrating Subnet1 and Subnet2 into Network "A" for this project. I started by configuring static routing for Network 3 and the other two networks. After that, I configured the Nat, DHCP, and DNS services. I then verify that the two networks in my current setup are communicating using ping. From Subnet2 to Subnet1, I moved every piece of equipment, including PCs and printers. I changed the gateway and then assigned a static IP address so that the new 192.168.1.1 gateway would replace the old gateway. 5. The subnet router and the network 3 router were then connected by a serial cable. Remember that this network solution could be slower than fiber or fast Ethernet connections. I set up static routing between the two routers, implemented "RIP," and made sure the two networks could communicate with one another. DNS and DHCP were configured on Server Network 3. As a result, the number of users on the network was limited, and the designated devices were given IP addresses. After reviewing the outcomes, I ran the command to send a ping from a PC on Network 3 to a PC on Network A.

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