You are hired to design an IP addressing scheme for five departments

You are hired to design an IP addressing scheme for five departments that will provide security and access tothe Internet. Each department requires between 1,500 – 2,000 IP addresses. The company will have 2,000 IPaddresses accessing the Internet at any given time. Write a 1–2 page paper listing the plan to present to yoursuperior, who has a technical background, that details your plan and your timeline for implementation.Design an IP addressing scheme, then, for each department, assign an IP address range and specify the subnetmask.Determine which NAT method you would implement for this scenario. The plan should have all of theappropriate NAT commands and the verification commands used to prove the accuracy of your configuration.Apply your configuration to the simulator and run the appropriate show commands to verify your work. Yourpaper should reflect the correct configuration commands and the appropriate show commands to verify yourwork.Using CCNA Virtual Lab simulator, click on the Net Visualizer Screen button. Select Labs from the View itemon the menu bar. Select Practice Scenarios, NAT and ACLs.Complete the following labs:• Configuring NAT• Troubleshooting NATUsing CCNA Virtual Lab simulator, click on the Net Visualizer Screen button. Select Labs from the View itemon the menu bar. Select Individual, NAT-PAT.Complete the following lab:• NAT-PAT**************************************************************************
Project Grading Rubric
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Course:
IT471 Unit: 7 Points: 50
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Assignment 7

Unit outcomes
addressed in this activity:

•
Investigate
the various implementations of NAT

•
Demonstrate
the ability to configure NAT on network hardware

•
Analyze
the result of the NAT configuration on WAN with the network simulator

Course outcome

IT471-3: Prepare
network designs based on specified specific criteria.

Requirements

You
are hired to design an IP addressing scheme for five departments that will
provide security and access to the Internet. Each department requires between
1,500 – 2,000 IP addresses. The company will have 2,000 IP addresses accessing
the Internet at any given time. Write a 1–2 page paper listing the plan to
present to your superior, who has a technical background, that details your
plan and your timeline for implementation.
Design an IP
addressing scheme, then, for each department, assign an IP address range and
specify the subnet mask.
Determine
which NAT method you would implement for this scenario. The plan should have
all of the appropriate NAT commands and the verification commands used to prove
the accuracy of your configuration. Apply your configuration to the simulator
and run the appropriate show commands to verify your work. Your paper should
reflect the correct configuration commands and the appropriate show commands to
verify your work.

Using CCNA Virtual Lab simulator, click on the Net
Visualizer Screen button. Select Labs from the View item on the menu bar.
Select Practice Scenarios, NAT and ACLs.

Complete the
following labs:

•
Configuring
NAT

•
Troubleshooting
NAT

Using
CCNA Virtual Lab simulator, click on the Net Visualizer Screen button. Select
Labs from the View item on the menu bar. Select Individual, NAT-PAT.
Complete the
following lab:

•
NAT-PAT

Copyright Kaplan University

Project Grading Rubric
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Course:
IT471 Unit: 7 Points: 50
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Written
Requirements:

Written work
should be free of spelling, grammar, and APA errors. Points deducted from the
grade for each writing, spelling, or grammar error are at your instructor’s
discretion.
Please be sure to download the file “Writing Center
Resources” from Doc Sharing to assist you with meeting APA expectations.

Copyright Kaplan University

Project Grading Rubric
.0msohtmlclip11clip_image001.jpg”>
Course:
IT471 Unit: 7 Points: 50
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Review the
grading rubric below before beginning this activity.
50 point project
grading rubric
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Project
Requirements / criterion

Points

Points

possible

earned

#1Design an IP
addressing scheme, then, for

0-10

each department, assign an IP
address range

and specify the subnet mask.

Your pager should include the
details of your

plan and your timeline for
implementation.

#2Determine
which NAT method you would

0-15

implement for this scenario.
The plan should

have all of the appropriate NAT
commands

and the verification commands used
to prove

the accuracy of your
configuration

#3Apply your
configuration to the simulator

0-10

and run the appropriate show
commands to

verify your work. Your paper
should reflect

the correct configuration
commands and the

appropriate show commands to
verify your

work.

#4Using CCNA
Virtual Lab simulator, click

0-15

on the Net Visualizer Screen
button. Select

Labs from the View item on the
menu bar.

Select Practice Scenarios, NAT
and ACLs.

.0msohtmlclip11clip_image006.gif”>.0msohtmlclip11clip_image007.gif”>.0msohtmlclip11clip_image008.gif”>.0msohtmlclip11clip_image009.gif”>.0msohtmlclip11clip_image010.gif”>.0msohtmlclip11clip_image011.gif”>.0msohtmlclip11clip_image012.gif”>.0msohtmlclip11clip_image012.gif”>.0msohtmlclip11clip_image013.gif”>.0msohtmlclip11clip_image014.gif”>.0msohtmlclip11clip_image009.gif”>
Complete the following labs:

•
Configuring
NAT

•
Troubleshooting
NAT

Using CCNA
Virtual Lab simulator, click on the Net Visualizer Screen button. Select Labs
from the View item on the menu bar. Select Individual, NAT-PAT.
Complete the following lab:
.0msohtmlclip11clip_image004.gif”>

Copyright Kaplan University

Project Grading Rubric
.0msohtmlclip11clip_image001.jpg”>
Course:
IT471 Unit: 7 Points: 50
.0msohtmlclip11clip_image015.gif”>.0msohtmlclip11clip_image016.gif”>.0msohtmlclip11clip_image004.gif”>.0msohtmlclip11clip_image017.gif”>.0msohtmlclip11clip_image018.gif”>.0msohtmlclip11clip_image019.gif”>.0msohtmlclip11clip_image020.gif”>.0msohtmlclip11clip_image021.gif”>.0msohtmlclip11clip_image022.gif”>.0msohtmlclip11clip_image019.gif”>.0msohtmlclip11clip_image019.gif”>.0msohtmlclip11clip_image023.gif”>.0msohtmlclip11clip_image024.gif”>.0msohtmlclip11clip_image020.gif”>.0msohtmlclip11clip_image019.gif”>.0msohtmlclip11clip_image025.gif”>

•
NAT-PAT

(5 pts per section)
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Column Total
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Points deducted
for spelling, grammar and APA errors.
Plagiarism is
totally unacceptable
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New total after
deductions
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Copyright Kaplan University