CYB 210 Project Two Scenario Two
Scenario
You are a junior security analyst, and the network administrator for your company needs your help. The company has just purchased another small company of eight employees. Your company will be providing the new employees with new computers and a new network configuration at their location. The new employees are not moving into your building until a later designated time.
Current Configuration
Your current network is broken into two separate segments.
The first segment (Subnet1) consists of the following:
4 personal computers
1 printer
Class C network
1 switch
The second segment (Subnet2) consists of the following:
3 personal computers
1 printer
Class C network
1 switch
The networks are connected to the following:
3 routers
1 server
The acquired company network (Network3) consists of the following:
8 personal computers
1 printer
Class C network
1 router
1 server
The following are minimum requirements of the new design:
New IP configuration that combines Subnet1 and Subnet2 into NetworkA
Class C network
Static routing between the NetworkA and Network3
Configured DNS services
Configured DHCP services
NAT configuration for ping capability and communication between all networks
CYB 210 Project Two Guidelines and Rubric Overview This project (due in Module Seven) involves reconfiguring a network with a network diagram and providing a network design rationale based on the architectural requirements presented in a scenario. The audience for this diagram and rationale is the network administrator for a fictional organization at which you are employed as a junior security analyst for the purposes of this assignment. As you will find in the workplace, there is often not just one correct answer to any given set of specifications when developing a network diagram. There may be many configurations to respond to each scenario. This project represents an authentic demonstration of the related course competency because, as a junior security analyst, you will often be asked to troubleshoot and design a variety of networks and network configurations that meet the business needs. In this assignment, you will demonstrate your mastery of the following course competency: CYB-210-02: Design IP addressing and supporting services to meet architectural requirements Scenario Your instructor will post a real-world scenario that includes the minimum specifications on which your work will be based. You will also be provided with a Packet Tracer native file (.pkt) that you will import into the Packet Tracer application to use as the base diagram for your network. You will use the scenario and the provided Packet Tracer lab environment to do your work. Prompt You must address the critical elements listed below. The codes shown in brackets indicate the course competency to which each critical element is aligned. I. Network Diagram A. Organize the essential components required in the given minimum specifications so that they collectively constitute a functional system. [CYB-210-02] IP networking Subnet masks Network (DHCP) infrastructure Network address translation (NAT) protocol and port address translation (PAT) protocol B. Use annotations that address all the organizational requirements that were identified in the scenario you were provided. [CYB-210-02] II. Network Design Rationale Describe your rationale for how you organized the components so that they constitute a functional system. Provide a rationale for each component: A. IP networking [CYB-210-02] B. Subnet masks [CYB-210-02] C. Network (DHCP) infrastructure [CYB-210-02] D. Network address translation (NAT) protocol and port address translation (PAT) protocol [CYB-210-02] Project Two Rubric Guidelines for Submission: Your submission should include two files: a PDF and a Word document. For the network diagram, print your Packet Tracer native file (.pkt) as a PDF, which you should submit for grading. Submit your network design rationale as a Word document with double spacing, 12-point Times New Roman font, and one-inch margins. It should be 1 to 2 pages in length and should be written in APA format. For both files, use filenames that include the course code, the assignment title, and your name—for example, CYB_100_Project_One_Neo_Anderson.docx. Critical Elements Exemplary (100%) Proficient (85%) Needs Improvement (55%) Not Evident (0%) Value Network Diagram: Functional System [CYB-210-02] Meets “Proficient” criteria and addresses critical element in an exceptionally clear, insightful, sophisticated, or creative manner Essential components are organized so that they collectively constitute a functional system Addresses “Proficient” criteria, but there are gaps in clarity, logic, or detail Does not address critical element, or response is irrelevant 16 Network Diagram: Annotations [CYB-210-02] Meets “Proficient” criteria and addresses critical element in an exceptionally clear, insightful, sophisticated, or creative manner Uses annotations that address all the organizational requirements that were identified Addresses “Proficient” criteria, but there are gaps in clarity, logic, or detail Does not address critical element, or response is irrelevant 16 Network Design Rationale: IP Networking [CYB-210-02] Meets “Proficient” criteria and addresses critical element in an exceptionally clear, insightful, sophisticated, or creative manner Describes rationale for how the IP networking component was organized so that it is part of a functional system Addresses “Proficient” criteria, but there are gaps in clarity, logic, or detail Does not address critical element, or response is irrelevant 16 Network Design Rationale: Subnet Masks [CYB-210-02] Meets “Proficient” criteria and addresses critical element in an exceptionally clear, insightful, sophisticated, or creative manner Describes rationale for how the subnet masks component was organized so that it is part of a functional system Addresses “Proficient” criteria, but there are gaps in clarity, logic, or detail Does not address critical element, or response is irrelevant 16 Critical Elements Exemplary (100%) Proficient (85%) Needs Improvement (55%) Not Evident (0%) Value Network Design Rationale: Network (DHCP) Infrastructure [CYB-210-02] Meets “Proficient” criteria and addresses critical element in an exceptionally clear, insightful, sophisticated, or creative manner Describes rationale for how the network infrastructure component was organized so that it is part of a functional system Addresses “Proficient” criteria, but there are gaps in clarity, logic, or detail Does not address critical element, or response is irrelevant 16 Network Design Rationale: Network and Port Address Translation Protocols [CYB-210-02] Meets “Proficient” criteria and addresses critical element in an exceptionally clear, insightful, sophisticated, or creative manner Describes rationale for how the network and port address translation protocols component was organized so that it is part of a functional system Addresses “Proficient” criteria, but there are gaps in clarity, logic, or detail Does not address critical element, or response is irrelevant 16 Articulation of Response Submission is free of errors related to citations, grammar, spelling, and organization and is presented in a professional and easy-to-read format Submission has no major errors related to citations, grammar, spelling, or organization Submission has some errors related to citations, grammar, spelling, or organization that negatively impact readability and articulation of main ideas Submission has critical errors related to citations, grammar, spelling, or organization that prevent understanding of ideas 4 Total 100% CYB 210 Project Two Scenario 2 networkConfig Student File.xlsx Main Configuration DeviceTypeInterfaceIP AddressSubnet MaskSwitch PortGateway Subnet1 Network Subnet1_SwitchswitchGigabitEthernet0/1 PC1_Subnet1person computerFastEthernet0192.168.1.101255.255.255.010192.168.1.1 PC2_Subnet1person computerFastEthernet0192.168.1.102255.255.255.011192.168.1.1 PC3_Subnet1person computerFastEthernet0192.168.1.103255.255.255.012192.168.1.1 PC4_Subnet1person computerFastEthernet0192.168.1.104255.255.255.013192.168.1.1 NW_Printer_Secondarynetwork printerFastEthernet0192.168.1.150255.255.255.020192.168.1.1 Subnet2 Network Subnet2_SwitchswitchGigabitEthernet0/1 PC1_Subnet2person computerFastEthernet0192.168.5.101255.255.255.010192.168.5.1 PC2_Subnet2person computerFastEthernet0192.168.5.102255.255.255.011192.168.5.1 PC3_Subnet2person computerFastEthernet0192.168.5.103255.255.255.012192.168.5.1 NW_Printer_Mainnetwork printerFastEthernet0192.168.5.150255.255.255.020192.168.5.1 Subnet_RouterrouterFastEthernet0/0192.168.1.1255.255.255.0GigE0/1 FastEthernet1/0192.168.5.1255.255.255.0GigE0/1 Serial2/010.0.0.1255.0.0.0 Serial3/020.0.0.1255.0.0.0 Server_RouterrouterFastEthernet0/0172.16.1.1255.255.0.0 Serial2/010.0.0.2255.0.0.0 Server_MainserverFastEthernet0172.16.1.100255.255.0.0172.16.1.1 Network3 Subnet2_SwitchswitchGigabitEthernet0/1 PC1_Network3person computerFastEthernet0192.168.10.101255.255.255.010192.168.10.1 PC2_Network3person computerFastEthernet0192.168.10.102255.255.255.011192.168.10.1 PC3_Network3person computerFastEthernet0192.168.10.103255.255.255.012192.168.10.1 PC4_Network3person computerFastEthernet0192.168.10.104255.255.255.013192.168.10.1 PC5_Network3person computerFastEthernet0192.168.10.105255.255.255.014192.168.10.1 PC6_Network3person computerFastEthernet0192.168.10.106255.255.255.015192.168.10.1 PC7_Network3person computerFastEthernet0192.168.10.107255.255.255.016192.168.10.1 PC8_Network3person computerFastEthernet0192.168.10.108255.255.255.017192.168.10.1 NW_Printer_NWMainnetwork printerFastEthernet0192.168.10.150255.255.255.020 Server_Network3serverFastEthernet0192.168.11.254255.255.255.0192.168.11.1 Network3_RouterrouterFastEthernet0/0192.168.10.1255.255.255.0GigE0/1 FastEthernet1/0192.168.11.1255.255.255.0 Serial2/0 Serial3/020.0.0.2255.0.0.0 Subnet_Router RIP and NAT RIP RoutingStatic Network Address172.16.1.0/24 via 10.0.0.2 10.0.0.0 192.168.1.0 192.168.5.0 Server_Router RIP and NAT RIP RoutingStatic NAT Network Address192.168.1.0/24 via 10.0.0.1 10.0.0.0192.168.5.0/24 via 10.0.0.1 192.168.1.0 192.168.5.0 Network3_Router RIP and NAT RIP RoutingStatic NAT Network Address 192.168.10.0 CYB 210 Project Two Scenario 2 Student File.pkt CYB 210 Project Two Scenario 2.pdf CYB 210 Project Two Scenario Two Scenario You are a junior security analyst, and the network administrator for your company needs your help. The company has just purchased another small company of eight employees. Your company will be providing the new employees with new computers and a new network configuration at their location. The new employees are not moving into your building until a later designated time. Current Configuration Your current network is broken into two separate segments. The first segment (Subnet1) consists of the following: 4 personal computers 1 printer Class C network 1 switch The second segment (Subnet2) consists of the following: 3 personal computers 1 printer Class C network 1 switch The networks are connected to the following: 3 routers 1 server The acquired company network (Network3) consists of the following: 8 personal computers 1 printer Class C network 1 router 1 server The following are minimum requirements of the new design: New IP configuration that combines Subnet1 and Subnet2 into NetworkA Class C network Static routing between the NetworkA and Network3 Configured DNS services Configured DHCP services NAT configuration for ping capability and communication between all networks