![You are tasked with designing the most secure network
possible, keeping in mind your goal of supporting three (3) IT
services: email, file transfer (centralized), and VPN. Your first
step is to design a single network capable of supporting three
(3) different services. Once you have fully designed your
network, you will need to provide three (3) workflow diagrams
explaining how your designed network handles the three (3)
different transactions. The first is an internal user sending an
email using his / her corporate email address to a user on the
Yahoo domain with an arbitrary address of
[email protected]
The second workflow diagram should show a user initiating an
FTP session from inside your network to the arbitrary site of
ftp.netneering.com. The third workflow is an externally located
employee initiating a VPN session to corporate in order to
access files on the Windows desktop computer, DT-Corp534-
HellenS, at work.
Write a paper in which you complete the following three (3)
parts.
Note:
Please use the following breakdown to complete your
assignment:
· Overall network diagram
· Datapath diagrams
(one for each of the steps in the scenarios below)
· Write-up
Part 1](https://image.slidesharecdn.com/youaretaskedwithdesigningthemostsecurenetworkpossible-221018065309-9b44c044/85/You-are-tasked-with-designing-the-most-secure-network-possible-docx-1-320.jpg)
![1b. Explain each network device’s function and your specific
configuration of each networking device.
1c. Design and label the bandwidth availability or capacity for
each wired connection.
Part 2
2a. Using Microsoft Visio or its open source alternative, create
a Datapath Diagram for the following scenario:
Local user sends email to a Yahoo recipient. Local (corporate)
user having email address
[email protected]
sends an email to
[email protected]
i. Document and label the diagram showing protocols and path
of the data flow as data traverses through your network from
source to destination.
ii. Include path lines with arrows showing directions and layer
1, 2, 3, 4, 5, 6, and 7 (OSI) protocols that are used for each
flow.
iii. Show user authentication when necessary.
2b. Using Microsoft Visio or its open source alternative, create
a Datapath Diagram for the following scenario:
Local user, Jonny Hill, transfers file using ftp through the
Internet to another company’s site (ftp.netneering.com). He has
to access the secure shell using his active directory credentials
to authenticate to the ftp server (Linux running Redhat) on the](https://image.slidesharecdn.com/youaretaskedwithdesigningthemostsecurenetworkpossible-221018065309-9b44c044/85/You-are-tasked-with-designing-the-most-secure-network-possible-docx-3-320.jpg)
You are tasked with designing the most secure network possible, .docx
- 1. You are tasked with designing the most secure network possible, keeping in mind your goal of supporting three (3) IT services: email, file transfer (centralized), and VPN. Your first step is to design a single network capable of supporting three (3) different services. Once you have fully designed your network, you will need to provide three (3) workflow diagrams explaining how your designed network handles the three (3) different transactions. The first is an internal user sending an email using his / her corporate email address to a user on the Yahoo domain with an arbitrary address of [email protected] The second workflow diagram should show a user initiating an FTP session from inside your network to the arbitrary site of ftp.netneering.com. The third workflow is an externally located employee initiating a VPN session to corporate in order to access files on the Windows desktop computer, DT-Corp534- HellenS, at work. Write a paper in which you complete the following three (3) parts. Note: Please use the following breakdown to complete your assignment: · Overall network diagram · Datapath diagrams (one for each of the steps in the scenarios below) · Write-up Part 1
- 2. 1a. Using Microsoft Visio or its open source alternative, create a diagram showing the overall network you’ve designed, from the user or endpoint device to the Internet cloud, and everything in between, in which you: i. Follow the access, core, distribution layer model. ii. Include at a minimum: · Authentication server (i.e. Microsoft Active Directory) · Routers · Switches (and / or hubs) · Local users · Remote users · Workstations · Files share (i.e. CIFS) · Mail server · Web servers (both internal and external) · Firewalls · Internet cloud · Web proxy · Email proxy · FTP server (for internal-to-external transport)
- 3. 1b. Explain each network device’s function and your specific configuration of each networking device. 1c. Design and label the bandwidth availability or capacity for each wired connection. Part 2 2a. Using Microsoft Visio or its open source alternative, create a Datapath Diagram for the following scenario: Local user sends email to a Yahoo recipient. Local (corporate) user having email address [email protected] sends an email to [email protected] i. Document and label the diagram showing protocols and path of the data flow as data traverses through your network from source to destination. ii. Include path lines with arrows showing directions and layer 1, 2, 3, 4, 5, 6, and 7 (OSI) protocols that are used for each flow. iii. Show user authentication when necessary. 2b. Using Microsoft Visio or its open source alternative, create a Datapath Diagram for the following scenario: Local user, Jonny Hill, transfers file using ftp through the Internet to another company’s site (ftp.netneering.com). He has to access the secure shell using his active directory credentials to authenticate to the ftp server (Linux running Redhat) on the
- 4. DMZ. He needs to transfer files from his desktop across the Internet to ftp.netneering.com. i. Document and label the diagram showing protocols and path of the data flow as data traverses through your network from source to destination. ii. Include path lines with arrows showing directions and layer 1, 2, 3, 4, 5, 6, and 7 (OSI) protocols that are used for each flow. iii. Show user authentication when necessary. 2c. Using Microsoft Visio or its open source alternative, create a Datapath Diagram for the following scenario: Remote user, Hellen Stover, connects via VPN from home through the Internet to her corporate desktop, DT-Corp534- HellenS. Hellen uses a browser to initiate her VPN connection. By browsing to https://VPNaccess.corp534.com , she arrives at a login page where she needs to authenticate using her Active Directory credentials before the VPN tunnel is built. i. Document and label the diagram showing protocols and path of the data flow as data traverses through your network from source to destination. ii. Include path lines with arrows showing directions and layer 1, 2, 3, 4, 5, 6, and 7 (OSI) protocols that are used for each flow.
- 5. iii. Show user authentication when necessary. 2d. Explain how your overall design protects the organization from both inside and outside attacks. Give examples. 2e. Explain how your layered design compensates for possible device failures or breaches in network security. 2f. Determine whether any possible bottlenecks exist in your design. 2g. Explain how to make the file transfer process more secure. Part 3 1. Use at least five (5) quality resources in this assignment. Note: Wikipedia and similar websites do not qualify as quality resources. 2. Include charts or diagrams created in Visio or an equivalent such as Dia. The completed diagrams / charts must be imported into the Word document before the paper is submitted.