Networking Assignment Report: SYHA Network Design and Analysis
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AI Summary
This report presents a comprehensive analysis of a networking assignment for the SYHA organization. It begins with the selection and specification of workstations for different roles, including a secretary and a regional manager, outlining hardware and software recommendations. The report then details the required network services essential for the SYHA office, such as COM+ Event System, DHCP Client, and Workstation services. It also covers the setup of a remote connection to the SYHA network using a Cisco Packet Tracer simulation, illustrating the network's architecture with core, access, and distribution layers, and the use of a wireless tower for remote access. The report further includes an evaluation section with questionnaires to assess the network's performance and security, along with system setup screenshots demonstrating IP address configuration, ping tests, and internet speed tests. A maintenance schedule is provided, covering data backup, routine auditing, and security checks. Finally, the report explores the remote connection of networks using VPN technology, recommending VPN server implementation for secure remote access. A bibliography of relevant sources supports the report's findings.
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Running head: NETWORKING ASSIGNMENT
Networking Assignment
Name of the Student
Name of the University
Author’s Note
Networking Assignment
Name of the Student
Name of the University
Author’s Note
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1
NETWORKING ASSIGNMENT
Table of Contents
Task 1: Selection of the Workstations.......................................................................................2
1.1. Secretary Workstation.....................................................................................................2
1.2. Regional Manager Workstation......................................................................................2
Task 2: Required Services..........................................................................................................4
Task 3: Remote Connection to the SYHA Network..................................................................6
Task 4: Evaluation......................................................................................................................8
Task 5: System Setup Screenshots.............................................................................................8
Task 6: Maintenance Schedule.................................................................................................10
Task 7: Remote Connection of Networks................................................................................11
Bibliography.............................................................................................................................12
NETWORKING ASSIGNMENT
Table of Contents
Task 1: Selection of the Workstations.......................................................................................2
1.1. Secretary Workstation.....................................................................................................2
1.2. Regional Manager Workstation......................................................................................2
Task 2: Required Services..........................................................................................................4
Task 3: Remote Connection to the SYHA Network..................................................................6
Task 4: Evaluation......................................................................................................................8
Task 5: System Setup Screenshots.............................................................................................8
Task 6: Maintenance Schedule.................................................................................................10
Task 7: Remote Connection of Networks................................................................................11
Bibliography.............................................................................................................................12

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NETWORKING ASSIGNMENT
Task 1: Selection of the Workstations
1.1. Secretary Workstation
Generic Specification
Processor (CPU): Intel Core i3 6th generation or equivalent
Operating System: Microsoft Windows 10 Professional x64 SP1
Memory: 4 GB RAM
Storage: 500 GB HDD
Monitor/Display: 14.5" LCD monitor with resolution 1600 x 900 or better.
Network Adapter: 802.11ac 2.4/5 GHz wireless Card
Other: Lock, Internal or external Webcam, carrying case, external
HDD for backups
Recommendations
A desktop computer is recommended for the desk based computer whose main jobs
would be using standard office applications such as using word document, spread sheets,
accessing database and other ERP applications. The above specification accommodate their
needs and here two types of network adapter are used for wired and wireless connectivity of
the desktops.
NETWORKING ASSIGNMENT
Task 1: Selection of the Workstations
1.1. Secretary Workstation
Generic Specification
Processor (CPU): Intel Core i3 6th generation or equivalent
Operating System: Microsoft Windows 10 Professional x64 SP1
Memory: 4 GB RAM
Storage: 500 GB HDD
Monitor/Display: 14.5" LCD monitor with resolution 1600 x 900 or better.
Network Adapter: 802.11ac 2.4/5 GHz wireless Card
Other: Lock, Internal or external Webcam, carrying case, external
HDD for backups
Recommendations
A desktop computer is recommended for the desk based computer whose main jobs
would be using standard office applications such as using word document, spread sheets,
accessing database and other ERP applications. The above specification accommodate their
needs and here two types of network adapter are used for wired and wireless connectivity of
the desktops.

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NETWORKING ASSIGNMENT
1.2. Regional Manager Workstation
Generic Specification
The specification of the device recommended for the regional manager is given below:
Apple iPad 9.7 Wi-Fi + Cellular (4G/LTE)
Network GSM / CDMA / HSPA / EVDO / LTE
Dimension 240 x 169.5 x 7.5 mm (9.45 x 6.67 x 0.30 in)
SIM Card Nano-SIM/ Electronic SIM card (Apple e-SIM)
Display capacitive touchscreen, LED-backlit IPS LCD, 16M colors
Size 9.7 inches, 291.4 cm2
Resolution 1536 x 2048 pixels, 4:3 ratio (~264 ppi density)
Multitouch Yes
Screen Protection Scratch-resistant glass with oleo phobic coating
Operating Sytem iOS 11.3
Chipset Apple A9
CPU Dual-core 1.84 GHz (Twister)
GPU PowerVR GT7600 (six-core graphics)
Internal memory 32/128 GB, 2 GB RAM
Primary Camera 8 MP (f/2.4, 31mm, 1.12μm), autofocus
Features Geo-tagging, touch focus, face/smile detection, HDR
(photo/panorama)
NETWORKING ASSIGNMENT
1.2. Regional Manager Workstation
Generic Specification
The specification of the device recommended for the regional manager is given below:
Apple iPad 9.7 Wi-Fi + Cellular (4G/LTE)
Network GSM / CDMA / HSPA / EVDO / LTE
Dimension 240 x 169.5 x 7.5 mm (9.45 x 6.67 x 0.30 in)
SIM Card Nano-SIM/ Electronic SIM card (Apple e-SIM)
Display capacitive touchscreen, LED-backlit IPS LCD, 16M colors
Size 9.7 inches, 291.4 cm2
Resolution 1536 x 2048 pixels, 4:3 ratio (~264 ppi density)
Multitouch Yes
Screen Protection Scratch-resistant glass with oleo phobic coating
Operating Sytem iOS 11.3
Chipset Apple A9
CPU Dual-core 1.84 GHz (Twister)
GPU PowerVR GT7600 (six-core graphics)
Internal memory 32/128 GB, 2 GB RAM
Primary Camera 8 MP (f/2.4, 31mm, 1.12μm), autofocus
Features Geo-tagging, touch focus, face/smile detection, HDR
(photo/panorama)
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NETWORKING ASSIGNMENT
Video 720p@120fps, 1080p@30fps, HDR with stereo sound rec.
Secondary camera 720p@30fps, 1.2 MP (f/2.2, 31mm), face detection, HDR, FaceTime
over Wi-Fi or Cellular
WLAN Wi-Fi 802.11 a/b/g/n/ac, dual-band, hotspot
Bluetooth 4.2, A2DP, EDR, LE
GPS Yes, with A-GPS, GLONASS
USB 2.0, proprietary reversible connector
BATTERY Non-removable Li-Ion 8827 mAh battery (32.9 Wh)
Talk time Up to 10 h (multimedia)
Recommendations
An iPad is recommended for the SYHA regional manager because according to their
job they need to travel around hostels for finding the condition. Thus they need to carry
portable devices to access the SYHA network from the remote location using the 3G/4G
internet connection where there is no Ethernet or WLAN connections available.
Task 2: Required Services
The key service required for the SYHA office network staffs for connecting with the
local area network and the internet are listed below:
COM+ Event System – The service is used for supporting the event of system
notification that is used for automatic distribution support and subscription of the
object model components. Closing of the service causes not generation of the logon
and logoff notification.
NETWORKING ASSIGNMENT
Video 720p@120fps, 1080p@30fps, HDR with stereo sound rec.
Secondary camera 720p@30fps, 1.2 MP (f/2.2, 31mm), face detection, HDR, FaceTime
over Wi-Fi or Cellular
WLAN Wi-Fi 802.11 a/b/g/n/ac, dual-band, hotspot
Bluetooth 4.2, A2DP, EDR, LE
GPS Yes, with A-GPS, GLONASS
USB 2.0, proprietary reversible connector
BATTERY Non-removable Li-Ion 8827 mAh battery (32.9 Wh)
Talk time Up to 10 h (multimedia)
Recommendations
An iPad is recommended for the SYHA regional manager because according to their
job they need to travel around hostels for finding the condition. Thus they need to carry
portable devices to access the SYHA network from the remote location using the 3G/4G
internet connection where there is no Ethernet or WLAN connections available.
Task 2: Required Services
The key service required for the SYHA office network staffs for connecting with the
local area network and the internet are listed below:
COM+ Event System – The service is used for supporting the event of system
notification that is used for automatic distribution support and subscription of the
object model components. Closing of the service causes not generation of the logon
and logoff notification.

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NETWORKING ASSIGNMENT
Computer Browser – It is used for maintaining a list of the computers connected in
the network and shares the list with the other nodes connected in the network.
Stopping of the service causes no support for updating and maintenance of the list.
DHCP Client – It is used for the management of the clients connected in the network
and automatically assign the address and the DNS address to the host connected in the
network.
DNS Client – It is used for maintaining the records of the Domain name system and
also registers the computer with the DNS server. Disabling of the service causes the
computer to display an error message “hostname not resolved” and the result of the
DNS queries would not be cached.
Network Connections – it is used for management of the objects for the dial up
connection and the network folder and used for viewing the local and the remote
connections.
Network Location Awareness – It is used for collection and storing the network
information and create a notification on modification of the programs. The
configuration information cannot be retrieved on disabling the service.
Remote Procedure Call (RPC) – it is used for activation of object requests, distributed
garbage collection and object exporter resolutions from the DCOM or the COM
servers. Disabling of the service would cause the service related to the COM and
DCOM servers to not function properly.
Server – It is used for sharing files, named pipe and printing jobs in the network.
TCP/IP Netbios helper – this service is used for getting support about the NetBIOS
and client name resolution for the network. It also helps the user to share files,
logging in and printing files on the network. If the service is disabled then any service
depending on this would fail and the functions would be unavailable.
NETWORKING ASSIGNMENT
Computer Browser – It is used for maintaining a list of the computers connected in
the network and shares the list with the other nodes connected in the network.
Stopping of the service causes no support for updating and maintenance of the list.
DHCP Client – It is used for the management of the clients connected in the network
and automatically assign the address and the DNS address to the host connected in the
network.
DNS Client – It is used for maintaining the records of the Domain name system and
also registers the computer with the DNS server. Disabling of the service causes the
computer to display an error message “hostname not resolved” and the result of the
DNS queries would not be cached.
Network Connections – it is used for management of the objects for the dial up
connection and the network folder and used for viewing the local and the remote
connections.
Network Location Awareness – It is used for collection and storing the network
information and create a notification on modification of the programs. The
configuration information cannot be retrieved on disabling the service.
Remote Procedure Call (RPC) – it is used for activation of object requests, distributed
garbage collection and object exporter resolutions from the DCOM or the COM
servers. Disabling of the service would cause the service related to the COM and
DCOM servers to not function properly.
Server – It is used for sharing files, named pipe and printing jobs in the network.
TCP/IP Netbios helper – this service is used for getting support about the NetBIOS
and client name resolution for the network. It also helps the user to share files,
logging in and printing files on the network. If the service is disabled then any service
depending on this would fail and the functions would be unavailable.

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NETWORKING ASSIGNMENT
WLAN AutoConfig – it is used for detection of the wireless network and connect with
it if there is an wireless adapter installed in the computer. If the service is not enabled
external third party software can be used for connecting with the wireless network.
Workstation – It is used for handling the connection between the remote network
resources. The services are used for enabling communication capability for the
network services and if the service is disabled the user cannot connect with the remote
network resources.
It should be checked that all the services are running on the network and the
dependencies should also be checked for identification of any service is preventing other
to run. Diagnosing the event logs can also be used for troubleshooting the failure of the
service running on the workstations.
Task 3: Remote Connection to the SYHA Network
A prototype of the SYHA network is created in cisco packet tracer for the
demonstration of the remote connection between the internal network of the organization and
the external user using the network resources. The network is divided into three layers such
as core, access and distribution layer. A wireless tower is used for connecting the remote
manager with the organizational network. The regional manager connects his wireless device
with the tower by the 3g / 4 g connection to reach the internal network of SYHA.
NETWORKING ASSIGNMENT
WLAN AutoConfig – it is used for detection of the wireless network and connect with
it if there is an wireless adapter installed in the computer. If the service is not enabled
external third party software can be used for connecting with the wireless network.
Workstation – It is used for handling the connection between the remote network
resources. The services are used for enabling communication capability for the
network services and if the service is disabled the user cannot connect with the remote
network resources.
It should be checked that all the services are running on the network and the
dependencies should also be checked for identification of any service is preventing other
to run. Diagnosing the event logs can also be used for troubleshooting the failure of the
service running on the workstations.
Task 3: Remote Connection to the SYHA Network
A prototype of the SYHA network is created in cisco packet tracer for the
demonstration of the remote connection between the internal network of the organization and
the external user using the network resources. The network is divided into three layers such
as core, access and distribution layer. A wireless tower is used for connecting the remote
manager with the organizational network. The regional manager connects his wireless device
with the tower by the 3g / 4 g connection to reach the internal network of SYHA.
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NETWORKING ASSIGNMENT
NETWORKING ASSIGNMENT

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NETWORKING ASSIGNMENT
Task 4: Evaluation
Questionnaires
What the number of users (total and concurrent) using the network?
What are the hours of usage of the network?
Is there any IDS system used by the organization?
What are the domain name registered by the organization?
Is there any DMZ for the network?
Is there any remote access service used by the organization?
Is there any system using modem?
Is there any local firewall installed in the network?
What are service that are exposed to the internet?
What antivirus application is installed on the workstations?
What type of authentication is applied for the management of the web service?
What database technologies are followed by the orgaziation?
Task 5: System Setup Screenshots
a. Setting up of IP address on Windows system
NETWORKING ASSIGNMENT
Task 4: Evaluation
Questionnaires
What the number of users (total and concurrent) using the network?
What are the hours of usage of the network?
Is there any IDS system used by the organization?
What are the domain name registered by the organization?
Is there any DMZ for the network?
Is there any remote access service used by the organization?
Is there any system using modem?
Is there any local firewall installed in the network?
What are service that are exposed to the internet?
What antivirus application is installed on the workstations?
What type of authentication is applied for the management of the web service?
What database technologies are followed by the orgaziation?
Task 5: System Setup Screenshots
a. Setting up of IP address on Windows system

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NETWORKING ASSIGNMENT
Discussion
The IP address used to connect with the internet is 192.168.0.2 and it uses the default
route address 192.168.0.1 for sending data packets in the network. The address of the DNS
server is 1.1.1.1.
b. Ping test to www.rdi.co.uk
NETWORKING ASSIGNMENT
Discussion
The IP address used to connect with the internet is 192.168.0.2 and it uses the default
route address 192.168.0.1 for sending data packets in the network. The address of the DNS
server is 1.1.1.1.
b. Ping test to www.rdi.co.uk
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Discussion
From the ping test it has been found that it takes 122 mili second to reach the website
www.rdi.co.uk. And the server address of the site is 45.60.30.197.
c. Internet connection speed test results
Discussion
Form the speed test it has been found that the current download speed of the network
is 1.02 Mbps and the upload speed is 0.89 Mbps. For the reference a result ID is generated by
Okla.
Task 6: Maintenance Schedule
The routing maintenance task includes the following:
Data backup – The following rules should be set for backing up the data
Rule #1 Go through all of your stuff and see what's irreplaceable.
Important papers and the documents should be encrypted and stored in the remote servers
such that the redundancy off the data is maintained.
Rule #2: Prioritize what is irreplaceable
For saving the space the sensitive organizational information and the important documents
should be backed up.
NETWORKING ASSIGNMENT
Discussion
From the ping test it has been found that it takes 122 mili second to reach the website
www.rdi.co.uk. And the server address of the site is 45.60.30.197.
c. Internet connection speed test results
Discussion
Form the speed test it has been found that the current download speed of the network
is 1.02 Mbps and the upload speed is 0.89 Mbps. For the reference a result ID is generated by
Okla.
Task 6: Maintenance Schedule
The routing maintenance task includes the following:
Data backup – The following rules should be set for backing up the data
Rule #1 Go through all of your stuff and see what's irreplaceable.
Important papers and the documents should be encrypted and stored in the remote servers
such that the redundancy off the data is maintained.
Rule #2: Prioritize what is irreplaceable
For saving the space the sensitive organizational information and the important documents
should be backed up.

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NETWORKING ASSIGNMENT
Rule #3: Be Redundantly Redundant
The backup should be stored in multiple devices for increasing the redundancy of the data.
Rule #4: Review and Recycle
The backup should be tested such that it can be used for recovery in emergency conditions
Rule #5: Plan for the Disaster
It can be used for handling disaster recovery.
Routine Auditing –
The installation of intrusion detection system and intrusion prevention system can
help in monitoring the activity of the network and control the flow of data packets in the
network. The packets should be captured for finding the unknown requests in the network
and secure the network from external as well as internal threats.
Security checks –
The firewalls must be configured according to the business rules of the organizational
and the log files should be used for auditing and checking the configuration that if it does not
block an user accessing the network.
Task 7: Remote Connection of Networks
For establishing remote connection with the SHYA network the organization can use
VPN to accomplish this. At the head office site, VPN (Virtual Private Network) server should
be created and from the branch office an authentication should be used for connecting with
the server. Since the head office and the English counterpart have the similar network
topology both site needs to have VPN server and it can be connected using the servers.
Creation of a VPN tunnel link with each of the site is an ideal solution for the organization.
NETWORKING ASSIGNMENT
Rule #3: Be Redundantly Redundant
The backup should be stored in multiple devices for increasing the redundancy of the data.
Rule #4: Review and Recycle
The backup should be tested such that it can be used for recovery in emergency conditions
Rule #5: Plan for the Disaster
It can be used for handling disaster recovery.
Routine Auditing –
The installation of intrusion detection system and intrusion prevention system can
help in monitoring the activity of the network and control the flow of data packets in the
network. The packets should be captured for finding the unknown requests in the network
and secure the network from external as well as internal threats.
Security checks –
The firewalls must be configured according to the business rules of the organizational
and the log files should be used for auditing and checking the configuration that if it does not
block an user accessing the network.
Task 7: Remote Connection of Networks
For establishing remote connection with the SHYA network the organization can use
VPN to accomplish this. At the head office site, VPN (Virtual Private Network) server should
be created and from the branch office an authentication should be used for connecting with
the server. Since the head office and the English counterpart have the similar network
topology both site needs to have VPN server and it can be connected using the servers.
Creation of a VPN tunnel link with each of the site is an ideal solution for the organization.

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NETWORKING ASSIGNMENT
Bibliography
Balatsoukas, P., Kennedy, C.M., Buchan, I., Powell, J. and Ainsworth, J., 2015. The role of
social network technologies in online health promotion: a narrative review of theoretical and
empirical factors influencing intervention effectiveness. Journal of medical Internet
research, 17(6).
Cheng, A.L., Georgoulas, C. and Bock, T., 2016. Fall Detection and Intervention based on
Wireless Sensor Network Technologies. Automation in Construction, 71, pp.116-136.
Gupta, A. and Jha, R.K., 2015. A survey of 5G network: Architecture and emerging
technologies. IEEE access, 3, pp.1206-1232.
Joe-Wong, C., Sen, S. and Ha, S., 2015. Offering supplementary network technologies:
Adoption behavior and offloading benefits. IEEE/ACM Transactions on Networking
(TON), 23(2), pp.355-368.
Loo, J., Mauri, J.L. and Ortiz, J.H. eds., 2016. Mobile ad hoc networks: current status and
future trends. CRC Press.
Nolan, K.E., Guibene, W. and Kelly, M.Y., 2016, September. An evaluation of low power
wide area network technologies for the Internet of Things. In Wireless Communications and
Mobile Computing Conference (IWCMC), 2016 International(pp. 439-444). IEEE.
Singh, I., Al-Mutawaly, N. and Wanyama, T., 2015. Teaching network technologies that
support industry 4.0. Proceedings of the Canadian Engineering Education Association.
Yakovlev, D., Pryakhin, A., Korolev, S., Shaltaeva, Y., Samotaev, N., Yushkov, E. and
Avanesyan, A., 2015, July. Engineering competitive education using modern network
technologies in the NRNU MEPhI. In Environmental, Energy and Structural Monitoring
Systems (EESMS), 2015 IEEE Workshop on (pp. 39-43). IEEE.
NETWORKING ASSIGNMENT
Bibliography
Balatsoukas, P., Kennedy, C.M., Buchan, I., Powell, J. and Ainsworth, J., 2015. The role of
social network technologies in online health promotion: a narrative review of theoretical and
empirical factors influencing intervention effectiveness. Journal of medical Internet
research, 17(6).
Cheng, A.L., Georgoulas, C. and Bock, T., 2016. Fall Detection and Intervention based on
Wireless Sensor Network Technologies. Automation in Construction, 71, pp.116-136.
Gupta, A. and Jha, R.K., 2015. A survey of 5G network: Architecture and emerging
technologies. IEEE access, 3, pp.1206-1232.
Joe-Wong, C., Sen, S. and Ha, S., 2015. Offering supplementary network technologies:
Adoption behavior and offloading benefits. IEEE/ACM Transactions on Networking
(TON), 23(2), pp.355-368.
Loo, J., Mauri, J.L. and Ortiz, J.H. eds., 2016. Mobile ad hoc networks: current status and
future trends. CRC Press.
Nolan, K.E., Guibene, W. and Kelly, M.Y., 2016, September. An evaluation of low power
wide area network technologies for the Internet of Things. In Wireless Communications and
Mobile Computing Conference (IWCMC), 2016 International(pp. 439-444). IEEE.
Singh, I., Al-Mutawaly, N. and Wanyama, T., 2015. Teaching network technologies that
support industry 4.0. Proceedings of the Canadian Engineering Education Association.
Yakovlev, D., Pryakhin, A., Korolev, S., Shaltaeva, Y., Samotaev, N., Yushkov, E. and
Avanesyan, A., 2015, July. Engineering competitive education using modern network
technologies in the NRNU MEPhI. In Environmental, Energy and Structural Monitoring
Systems (EESMS), 2015 IEEE Workshop on (pp. 39-43). IEEE.
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