WSS2 Project Continuing on your success from winning the lottery, your new .COM start-up needs some additional features. You need to design and implement a network layout and initial servers. These...

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need part 1 and part 2 require the IPs


WSS2 Project Continuing on your success from winning the lottery, your new .COM start-up needs some additional features. You need to design and implement a network layout and initial servers. These servers will house your DNS servers, DHCP, IIS, and DFS server. You have been tasked with setting up 2 new Windows Server 2016 machines virtually, and configure them for testing. Network Design Planning will need to be done for your IP addressing. You will have many departments that are grouped into 4 major areas of the business. Use the following space to help configure and document your progress. There are plans for future growth to multiple locations on an international scale, use 10.0.0.0 /8 to plan your IP addressing, using the 0 subnet. You will be required to submit: 1. A Title page with your name, email and date 2. The Project answer sheet NOTES: 1. Any reference to “STUDENTNAME” needs to be replaced with your first name, marks will be deducted if it is not. 2. It is recommended you use the standard Pa55w.rd password for the project. 3. Active Directory and DNS are not a part of this course, but will be required for this project. Installation instructions are provided in Appendix A. 4. All Virtual Machines, and files for this project are to be kept in the folder C:\WindowsProject. 5. Once the domain is created, and all servers are connected to the domain, log into all servers using the STUDENTNAME\Administrator account from that point on 6. When assigning names to objects in this server project, your name may be truncated due to character limitations. 7. Use the ISO that came with the lab material to install the server operating system. 8. Part 1: IP Planning 18 pts 1. Plan the subnetting of the Ottawa Headquarters, with the departments separated into the following groupings: Network Design: ▪ All subnets will connect to a central 8 port Unified Threat Management (UTM) device ▪ The UTM device will connect to a router to get to the Internet ▪ Be sure to remember 1 IP address for the gateway UTM device for every subnet • This will always be the first IP address on each subnet ▪ You will need 8 subnets, containing the following departments: 1. Technical will support the following teams for DHCP: • Engineering 15 hosts • IT 5 hosts • Level 1 support 702 hosts • Level 2 support 75 hosts 2. Administration supports the following teams for DHCP: • HR 21 Hosts • Payroll 6 Hosts • Executive 8 Hosts • Billing 42 Hosts • Administration 20 Hosts 3. Sales supports the following teams for DHCP: • Legal 5 Hosts • Sales 40 Hosts • Marketing 5 Hosts 4. Shipping • Requires 40 Hosts for all computers and package tracking appliances for DHCP 5. Servers • There is a plan for 40 servers for DHCP reservation 6. WiFi Access Points subnet • Each Access point will require its own IP address. • Each access point will be able to support 80 user devices • Calculate the WiFi subnet so each user will be able to connect 1 WiFi device to the WAPs • An IP will be required for the WAP Network controller • The IP management for the devices connecting to the WiFi network will be configured at a later date 7. Router to UTM appliance • You will require a point to point subnet of 2 IP addresses for between the router and the UTM device 8. Managed Switches • The switches will be getting their own subnet for management. • The subnet will NOT require a gateway address • The infrastructure will use 48 port switches with 4 additional 10GB trunking ports on each to daisy chain the switches together if required. • Each switch will require an IP address for management purposes. • With this information determine how many switches will be required for the Technical, Administration, Sales, Shipping, and WiFi subnets • The servers’ subnet will require 2 switches for redundancy. • How many switches will be required? COMPLETE: Fill in the table on the answer sheet for Question 1 and your VLSM work, in the Submission document. Be sure to make sure your answers are clear and displays all required information. Question1 Calculate how many switches will be required in total, and provide the answer below. Part 2: Network Diagram 5 pts 1. Provide a Network Diagram for your network To do this, you can use Google Jamboard, Gliffy, or any other free network diagram tool. COMPLETE: Paste the network diagram in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. Part 3: Install Server 2016 22 pts 1. Create a virtual private switch called OTT-STUDENTNAME, on your Windows 10 Host machine 2. run the PowerShell cmdlet, Get-VMSwitch 3. Take a screenshot of the output COMPLETE: Paste the screenshot in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. 4. Create 2 virtual machines connected to the Ottawa switch with 2048 MB RAM on each, and labelled as follows, replacing “STUDENTNAME” with your first name: Prj2-STUDENTNAME-DNS.com Prj2.STUDENTNAME-DFS.com 5. On your Windows 10 workstation, run the PowerShell cmdlet, get-VM -Name "Prj*" 6. Take a screenshot of the output COMPLETE: Paste the screenshot in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. 7. Install Windows Server 2016 on both virtual machines with the Desktop Experience 8. Basic configuration: a. Password for all accounts: Pa$$w0rd b. Rename the Computer name on both systems to: i. SVR3 is the hostname for Prj2.STUDENTNAME-DNS.com ii. SVR4 is the hostname for Prj2.STUDENTNAME-DFS.com c. Change the workgroup name to “WORK-< studentname="">” d. Set IP addresses as static: • The gateway will be the first IP address of the Servers subnet • SVR3 – The second IP address of your servers subnet • SVR4 – The third IP address of your servers subnet e. The DNS Server entries will be the IP addresses of SVR3, with a secondary of SVR4 f. Enable Remote desktop without network level authentication on both servers g. Change the time zone and time settings so the time is correct In Server Manager take a screenshot of the properties area of the local server of both servers and paste it here: COMPLETE: Paste the screenshot in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. 9. Create a NEW local administrative account for yourself using your first name on both servers using Computer Management, and set the password to Pa$$w0rd . Make sure your new account is a member of only the Administrators group, and none others a. Log into both servers with your new local account, All work will be done using this account from now on. 10. Open an administrative PowerShell prompt on both servers a. Type the following commands on each server: function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "} then Get-NetIPConfiguration b. Take a screenshot of the output COMPLETE: Paste the screenshots in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. Part 4: DNS 20 pts 1. Install the DNS role on SVR3 2. Create a DNS domain primary forward lookup zone of STUDENTNAME.com make sure you put your actual first name in place of STUDENTNAME. a. Make sure that you allow both secure and nonsecure dynamic updates b. Repeat this process to make a secondary DNS zone server on SVR4 c. Make sure the zone file on the secondary server gets updated 3. Create the following zone records in DNS: SVR3 points to its IP SVR4 points to its IP DNS1 aliased to SVR3 DNS2 aliased to SVR4 RTR points to the IP address of the router 4. Open an administrative PowerShell prompt on both servers a. Type the following commands on each server: function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "} then Get-DnsServerResourceRecord -ZoneName STUDENTNAME.com b. Take a screenshot from both servers COMPLETE: Paste the screenshot in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. Part 5: DHCP 18 pts 1. Install the DHCP role on SVR3 2. Configure the DHCP server with 4 scopes: a. Create DHCP scopes labelled Technical, Administration, Sales, and Shipping for each of the subnets you provided above. b. Use the full subnet for each DHCP pool c. Have a lease duration of 4 days for each Scope d. The Gateway address will be the first host IP address in each subnet. e. Create a reservation for the first usable IP address on each subnet for that subnet’s connection to the UTM. 3. Open an administrative PowerShell prompt on SVR3 a. Type the following commands on the server: function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "} then Get-DhcpServerv4scope then Get-DhcpServerv4scope | Get-DhcpServerv4Reservation b. Take a screenshot of both command outputs COMPLETE: Paste the screenshot in the Submission document, be sure to make sure the screenshot is clear and displays all configured information. Fill in the table on the answer sheet for Question 2. Question2 What would be needed in order to manage these 4 scopes, and for future growth to multiple physical locations across the country? How would the DHCP server distribute IP addresses from the appropriate scope?. Part 6: IIS 6 pts 1. Install the ISS Web Server Role on SRV2 (use all the default settings) 2. Create a DNS zone record for www.STUDENTNAME.com to point to SVR4’s IP address. 3. Test the URL www.STUDENTNAME.com from SVR3 in Internet Explorer 4.
Answered 94 days AfterAug 19, 2021

Answer To: WSS2 Project Continuing on your success from winning the lottery, your new .COM start-up needs some...

Himanshu answered on Nov 22 2021
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