Reference no: EM133258277
Datum Ottawa Office
Part 1A: Subnetting
Design the Ottawa IP subnet using the rules of VLSM. Show your work below using the following table. When complete copy and paste the table into the Online text area of the assignment submission.
Part 1A: Subnetting steps
You have been hired to setup the new Ottawa Office for A. Datum Corporation, and you need to start by setting up an IP addressing scheme for the network.
Using the following information, design an IP addressing scheme, which already has future growth taken into consideration.
Start your subnetting using the Subnet Id: 172.17.0.0
• 200 desktop computers, connecting to the wired network
• 100 laptop computers connecting to the wireless networks
• 25 tablet computers connecting only to the wireless network
• A full /24 subnet will be required for the Administrators' Sandbox
• A total of 50 servers will require their own subnet for inter-server communications
• A subnet for 26 SAN storage servers is required
Using the A-Datum Part 1A-IP Worksheet attached, fill in the table with your VLSM design, copy and paste the table in the Online text area for grading
Part 1B: DHCP
Note: when asked to create anything as "YOURFIRSTNAME", change "YOURFIRSTNAME" to your name.
Make sure the LON-DC1, and NA-RTR VMs are running
Now that you have designed your subnetting structure for the Ottawa Location, setup your DHCP server
Create a new virtual machine installing Server 2016 Datacenter edition. Ottawa will deploy Server 2019 at a later date.
Note: You will notice that this machine can not reach other servers on the network, this will be resolved in Parts 2 and 3 of the project.
Create a NEW local administrative account for yourself using your first name using Computer Management. Make sure your new account is a member of only the Administrators group, and none others.
Log into the server with your new local account, ALL work will be done using this account from now on.
Identify what the interface index is for the network card you configured; you will need this number for the command output later.
Install the DHCP role on YOURFIRSTNAME01
Configure the DHCP server with 2 scopes from your IP Addressing you created:
Once complete, execute the following powershell cmdlets. Use the snipping tool to create a cropped screenshot image of the output. Copy and paste the screenshots in the Moodle Project "Online text" area, in the order below.
Note: Make sure your screenshots and output are clear.
get-vm -name YOURFIRSTNAME01.Adatum.com | fl Get-VM | Where { $_.State -eq ‘Running' }
Get-VMmemory -VMName YOURFIRSTNAME01.adatum.com
On YOURFIRSTNAME01.adatum.com:
function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "}
Get-NetIPAddress -InterfaceIndex <Interface ID>
** use this PS cmdlet to show Interface ID <netsh int ipv4 show
interfaces>
** only use the output of the interface you determined earlier
Get-windowsfeature | Where { $_.InstallState -eq ‘Installed' }
Get-DhcpServerv4scope
Get-DhcpServerv4scope | Get-DhcpServerv4Reservation Sconfig
Part 2A - Plan IPv6
Part 2A: IPv6 Planning
Part 2A - Plan IPv6
1. We are planning for the future! Prepare an IPv6 structure for the company
2. Use Unique Local IPv6 Addresses for additional security
3. Create IPv6 subnets for each of the same subnets in Part 1
4. Keep your IPv6 planning simple, and use the default IPv6 addressing structure
5. Please use the table attached to fill in your IPv6 Addressing, then copy and paste your results in the submission area below.
Part 2B - Install DNS
Note: when asked to create anything as "YOURFIRSTNAME", change "YOURFIRSTNAME" to your name.
Install the DNS role on YOURFIRSTNAME01
Create a DNS domain primary forward lookup zone of YOURFIRSTNAME.com. Make sure that you allow both secure and nonsecure dynamic updates
Enable reverse lookup
Create the following zone records in DNS, and the corresponding PTR record:
YOURFIRSTNAME01 points to its IP DNS1 aliased to YOURFIRSTNAME01 PTR points to the IP address of the router
Part 2C - Results
Once complete, execute the following powershell cmdlets. Use the snipping tool to create a cropped screenshot image of the output. Copy and paste the screenshots in the Moodle Project "Online text" area, in the order below.
On your Windows 10 host
NOTE: This can be ignored, it is part of the next section of the project. Get-VMSwitch - name OTT*
get-vm -name YOURFIRSTNAME* | fl Get-VM | Where { $_.State -eq ‘Running' }
Get-VMmemory -VMName YOURFIRSTNAME* On YOURFIRSTNAME01.adatum.com:
Run the following commands in an administrative powershell on the VM you
created
function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "}
Get-NetIPAddress -InterfaceIndex <Interface ID>
** only the output of the interface you configured earlier
get-windowsfeature | Where { $_.InstallState -eq ‘Installed' }
Get-DnsServerResourceRecord -ZoneName YOURFIRSTNAME.com
PART 3
Note: when asked to create anything as "YOURFIRSTNAME", change "YOURFIRSTNAME" to your name.
Note: Be sure to log into the YOURFIRSTNAME01.
Part 3A - Connectivity
1. Create a private virtual switch called OTT_WAN
2. Add another Network adapter to EU-RTR
3. Log on to EU-RTR, and Label the new network adapter you added as OTT-WAN
4. Assign this adapter the first address from the Wired range in Part1
5. Connect the new network adapter on EU-RTR to the OTT_WAN switch
6. Connect your YOURFIRSTNAME01 computer to the OTT_WAN switch
7. Make sure that YOURFIRSTNAME01 is using the second IP address from the Wired range in Part1
8. Create a DNS entry for your computer on LON-DC1
Part 3B - DFS
1. On YOURFIRSTNAME01, create a standalone DFS Server with replication using the following parameters:
Part 3C - Results
Once complete, execute the following PowerShell cmdlets. Use the snipping tool to create a cropped screenshot image of the output. Copy and paste the screenshots in the Moodle Project "Online text" area, in the order below.
Note: Make sure your screenshots and output are clear, and run the following commands in an administrative PowerShell
On your Windows 10 host
Get-VMSwitch -name OTT*
get-vm -name YOURFIRSTNAME* | fl
Get-VMmemory -VMName YOURFIRSTNAME*
On EU-RTR
function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "}
Get-NetAdapter | ft Name,interfaceindex,linkspeed,macaddress
get-netipaddress -InterfaceAlias OTT_WAN,London_Network | ft InterfaceAlias,prefixlength,IPAddress
On YOURFIRSTNAME01.adatum.com
function global:prompt {[Environment]::MachineName+" "+[Environment]::UserName+" PS> "}
get-windowsfeature | Where { $_.InstallState -eq ‘Installed' }
Test-NetConnection 172.16.0.10 Get-DfsnRoot
Get-DfsnServerConfiguration -computername YOURFIRSTNAME01
Attachment:- Project Part - Subnetting sample.rar