Network Security: Threats and Countermeasures

The provided text delves into the realm of network security, outlining essential tools and techniques for safeguarding digital networks. It discusses a range of security measures, including firewalls, intrusion detection systems (IDS), and honey pots, as vital defenses against cyber threats. Furthermore, it touches upon topics like equalizers placement in optical networks, energy storage in transmission planning, and the influence of incentive regulation on electricity network security. Lastly, it explores cutting-edge approaches like ensemble learning for anomaly detection and the scalability challenges of blockchain fabric in securing networks.

Technology Implementation of Security Controls
Overview
The following report has been made for forming a network connection among all the branch
offices of First National University (FNU) and the remote locations with requirement for data
access including the Campus location. The security considerations are being deployed for
forming the list for the alignment of the various technologies supporting the implication of the
effective implementation. The existing network would be modified for aligning with the
deployment model supporting the utilization of the advanced security development. The
university would require the security of their sensitive and crucial data from external infiltration.
The utilization of the security functions would help in easing the deployment of the effective
tools for protecting the data. The implication of the tools and operations for security would be
aligned with the development of the successive innovation models. The deployment of the
activities for security would require considering the factors of implication of the improved
development of cyber security, physical security, and personal security. The alignment of the
security policies would be deployed with the security functions and alignment of the operations.
Network Security – Access Control
Objective of Control
The network access control is a function useful for the implication of the effective control
strategies for the network (Kaur et al. 2014). The network security is deployed for aligning the
implication of the limited access in the system. The access control would be deployed for listing
the implication of the improved operation development levelling the alignment of the activities.
The control of the access in the network can be implied by installing IDS or intrusion detection
system. The unauthorised users would be prevented from entering the system and protection of
the system via tools would be achievable.
Resources Used
The resources required for the execution of the security implication are router, radius server,
firewall, radius client, and security protocols. The hardware and software consideration for the

project would be limited with the development of the effective utilization of the software and
hardware requirements as mentioned in the table below,
Hardware Software
RAM for the computer system (4GB
preferable)
CPU with 2 or more cores
Hardware for Wi-Fi with WPA support
Windows Server 2012 R2
Server Certificate
Developing the control
The IP address is defined by the configuration of the network devices and the implementation of
an access list. The access list would allow the development of the effective control for the
information (Curiac 2016). The IP address and host name would be entered for allowing the
access in the network. The other types of control would result in forming the problems for the
deployment of the network access in the system. The implication of the firewall security would
assist in forming the implication of the activities forming control of the data packets. The
limitation of the network devices would allow the alignment of the activities forming the
implication of the improved operation development. The following reasons are considered for
the deployment of the network security,
 Security plan would be used for protecting the hosts and the internal network of the FNU
 Reducing the probability of the occurrence of the network infiltration via the cloud based
due to the alignment of wireless access
 Data stored in the network is crucial for the alignment of the operations for FNU as very
sensitive and crucial information is stored in the cloud network
 Denial of Service DoS attack is a major network flaw that is used by the hackers and the
FNU must use stern protection against this type of attack

 The attack on internal data would be required for being prevented due to the probability
of misusing the data and illegal access in the system
The network of the FNU can be improved with the alignment of the security via application of
the level gateway, packet filtering options, and circuit level gateway. These functions can be
aligned with the network for ensuring the implication of the activities favouring the network
security.
Description of the System
The packet filtering firewall would be aligned for the development of the network security and
the deployment of the effective implication of the network security. The router connection with
the internal network connection would be deployed for the implication of the effective
implication of the packet filtering firewall (Booth and Andersson 2015). The inspection of the
data packets would be assisted by the process of inspection. The source, IP address, port number,
and protocol are used for deployment of network blocking and accessing for the network for the
FNU. The allowance of the data packets or its blocking would be deployed based on the TCP
SYN, ACK bits, and ICMP message. The criteria of selection and the action field are the rules
for the data packet filtering used,
Selection Criteria: The selection criteria would be deployed for the utilization of the effective
implication and development models.
Action Field: The action field is deployed for the executing the points identified in the selection
criteria.
The application of the packet data filtering is deployed for ensuring that the operations would
form the utilization of the access control list. The traffic is passed through the firewall after the
securitization with the access control list is done for checking the permission or denial of
permission.

Block Diagram
The diagram shows that the data connection to the device would be dependent on the access
control list. The access request would be passed through the firewall of the network for gaining
access to information. The passing through the firewall would be dependent on the implication of
the effective utilization of the operations for forming the alignment of the data pass. The logical
diagram for the network security via implication model would be implied for the alignment of
the successive alignment of the activities.
The logical diagram would be formed for listing the alignment of the effective network diagram
for the allocation of the successive development model. The devices used for the creation of the
network diagram are,
 Cisco 2811 router
 Radius Server
 Radius Client User
 Database

Configuration of the system
The devices would be connected via the use of the proper cabling method and it would align with
the development of the effective implication model for listing the development of the successful
integration model. The device interface would be supported for the alignment of the IP address
scheming and the alignment of the activities for listing the utilization of the firewall
configuration.
 Configuration of access list
 Configuration of the activities
 Application of the access list and the alignment of the activities
The firewall can be configured with the implementation of the following command:
Router(config)# access-list 105 permit ip 10.1.1.0 0.0.0.255 192.168.0.0 0.0.255.255
Router(config)#
For the inspection of the firewall rules the following command should be used
Router(config)# ip inspect name firewall tcp

Router(config)#
For the application of the access list and the rules of inspection of the network interface the
following command should be used:
Router_Firewall(config)# interface g 0/1
Router_Firewall(config-if)#
Router_Firewall(config-if)# ip access-group 103 in
Router_Firewall(config-if)#
Router_Firewall(config-if)# exit
Router_Firewall(config)#
Test Plan Design
The test plan would be aligned for the utilization of the activities and deploying effective
alignment of the operations favouring the implication of the improved functional development.
The alignment would be formed for listing the alignment of the successive development model.
The remote connection would be supported for the formation of the interface development (Obio
and Mutale 2015). The listing of the operations would be aligned for forming the deployment of
the activities for network security. The test case would be used for defining the number of steps
favourable for the deployment of the effective operation development.
Test Plan Implementation
The enlisting of the activities would be supported for the formation of the improved operation
development. The alignment would be formed for developing the integration of the operations
for listing the development. The test plan would be aligned for the scheduling of the activities
and it would be assisted by the allowance of the design material. The remote host would be
formed for aligning the development of the successive integration model.
Test Results and Analysis
The alignment of the activities had formed for verification of the effective utilization of the
activities favouring the implication of the test process execution. The results for the adjusting of

the system would be aligned for the implication of the effective implication and development.
The test would run for the alignment of the effective implication of the process.
Network Security – DMZ Zone
Objective of Control
The main objective of the network security implication would be aligned for favouring the
development of the effective control of the information and data for the FNU. A demilitarized
zone is a specific area of network that is kept aloof from any normal method of access. The staff
and local users of the network would not be able to get into the system for extracting information
from the database (Dabbagh et al. 2015). The alignment of the effective database would be
aligned for forming the utilization of the effective implication of the information processing. The
DMZ forms a layer of security for the network making it impossible for getting into the system.
The existing network would be modified for aligning with the deployment model supporting the
utilization of the advanced security development. The FNU would require the security of their
sensitive and crucial data from external infiltration. The utilization of the security functions
would help in easing the deployment of the effective tools for protecting the data. The
implication of the tools and operations for security would be aligned with the development of the
successive innovation models (Inukollu, Arsi and Ravuri 2014). The deployment of the activities
for security would require considering the factors of implication of the improved development of
cyber security, physical security, and personal security.
Resources Used
DMZs are easily configured over the Linkys router and the creation of the DMZ would be
helpful for following the DMZ firewall rules for protecting the data from infiltration. Firewalls,
servers, etc are also used for setting the DMZ. The control of the network using DMZ can be
implied for successfully aligning the deployment of the operations and it would also be helpful
for forming the utilization of the effective development model.
Developing the control
The utilization of the activities would also be formed for aligning with the development of the
effective implication method. The integration of the effective development would be supported
by the alignment of the activities favouring the limitation of the email server for passing the
incoming and outgoing information (Krishna 2017). The existing network would be modified for

aligning with the deployment model supporting the utilization of the advanced security
development. The FNU would require the security of their sensitive and crucial data from
external infiltration. The utilization of the DMZ security functions would help in easing the
deployment of the effective tools for protecting the data. The implication of the tools and
operations for security would be aligned with the development of the successive innovation
models. The deployment of the activities for security would require considering the factors of
implication of the improved development of cyber security, physical security, and personal
security.
Description of the System
DMZ is a specific area of network that is kept aloof from any normal method of access. The staff
and local users of the network would not be able to get into the system for extracting information
from the database. The DMZ forms a layer of security for the network making it impossible for
getting into the system. The existing network would be modified for aligning with the
deployment model supporting the utilization of the advanced security development. DMZ can be
formed by using a single firewall or two firewalls at once.
Configuration of the system
DMZ can be configured using the connection of the first network interface with the external
network for limiting the access. The second interface would also be connected to the internal
network of the FNU. The DMZ would be formed at the third interface of the network making the
handling of the information on the network easy. The colour codes would be helpful for
indicating the network traffic over the network. Two firewalls would be helpful for protecting
the information more effectively.
Test Plan Design
The different brands of firewalls should be used for implementing at the entry and exits points of
the network. It would help in lowering the probability of errors in network configuration. The
test plan design would be helpful for forming the implication of the effective and improved
activity development. The test plan would be aligned for listing the utilization of the improved
functional development. The penetration testing can be used for configuring the implementation
of the DMZ.

Test Plan Implementation
Various network monitoring tools can be used for identifying the vulnerabilities of the network
and the implication of the testing process for the network of the FNU.
Test Results and Analysis
Secured network configuration had been observed at the network development by DMZ and it
would form the implication of the effective activity development. The alignment of the improved
activity development would be supported by the utilization of the activities favouring the
implication of the successive activity development.
Network Security – RADIUS Server
Objective of Control
RADIUS in a network server is helpful for the utilization of the management process for the
network connection developing the implication of the effective utilization of the operations
(Rashid et al. 2014). The alignment would also be helpful for forming the development of the
activities favouring the utilization of the improved functional development. The internal and
wireless network would be supported by the utilization of the improved functional development.
The integrated email server would be formed for aligning with the deployment of the successive
implication of the activities.
Resources Used
The computer system with all necessary configurations favourable for the radius server execution
would be required for the development of the final project execution. It would serve as the main
resource for the RADIUS integration.
Developing the control
The authentication by RADIUS would be aligned for forming the implication of the
improved functional development. The utilization of the activities would be aligned for the
implication of the activities forming the alignment of the successive management of the
activities. The utilization of the improved functional development would be formed for listing
the IPv4 and IPv6 server address following the implication of the improved functional
development. The control development would be supported by the utilization of the activities
forming the implication of the successive development of the activities.

Description of the System
RADIUS stands for Remote Authentication Dial-In User Survey for the alignment of the
effective utilization of the activities (Vanerio and Casas 2017). The integration of the activities
would also be helpful for forming the utilization of the activities forming the implication of the
successive development model. The system allows the organization for forming the listing of the
activities supporting the development of the successive development method. It allows the dial in
users followed by the authentication method for providing better service.
Configuration of the system:
CLI quick configuration can be attained by copying various commands to the text file and
removing the line breaks for developing the system. The GUI step by step process would be
helpful for forming the implication of the RADIUS server as per various system authentications.
Test Plan Design:
Documents supporting the schedules, resources, and scopes would be included for the
development of the effective implication. The configuration of the server would be tested for
aligning the implication of the effective communication process. The estimation also plays a
significant role for the implication of the RADIUS test processes. The design must incorporate
all these functions for ensuring the development of the RADIUS.
Test Plan Implementation
The configuration of the server would be tested for aligning the implication of the effective
communication process. The estimation also plays a significant role for the implication of the
RADIUS test processes. The test managers would play a significant role for the execution of the
effective project activities.
Test Results and Analysis
Test results have shown that the network can be secured using the RADIUS functional server
and it would help in dealing with the vulnerabilities of the network.
Network Security – IPS
Objective of Control
The implication of the IPS network configuration would be supported for the alignment of the
activities favouring the implication of the effective implication model. The security consideration
would be supported by the development of the improved activities (Nepal and Jamasb 2015).

The IPS network connection works as the alignment for the formation of the improved security
development. The IPS network connection would form the implication of the prevention in the
system. The IPS works successfully for forming the implication of the operations. The alignment
of the activities would be deployed for forming the utilization of the actions forming the
utilization of the successive modification tools. It is important for the alignment of the
operations. The IPS is very helpful for creating an effective implication of the operations. The
development of the operations would also form the implication of the activities for forming the
utilization of the operations. The vulnerabilities would be aligned for listing the penetration
testing and the utilization of the improved communication method (Vukolic 2015). The sensitive
and effective communication would be achieved with the alignment of the security for the
sensitive information process.
Resources Used:
The remote code, buffer overrun, SQL injection, and authentication bypass can be used by the
attacker for harming the system development. The mitigation of the risk process can be implied
for effective implication of the activities favouring the utilization of the security configuration.
The mitigation of the risk factors would result in forming the integration of the third part
installation. The various points for the communication would be supported for the allotment of
the activities.
Developing the control
The IPS network security would form the analysis of the vulnerability of the network research
and alignment of the operations. The alignment of the activities would be deployed for forming
the utilization of the actions forming the utilization of the successive modification tools. It is
important for the alignment of the operations. The IPS is very helpful for creating an effective
implication of the operations (Iwashita et al. 2016). The development of the operations would
also form the implication of the activities for forming the utilization of the operations. The
vulnerabilities would be aligned for listing the penetration testing and the utilization of the
improved communication method. The utilization of the activities would align the implication of
the operations. The flaws in programming would be aligned for the development of the activities
and utilization of the operations. The flaws in programming would be supported by the reduction

of the effective risk process for the open source network alignment. The presence of the rootkit
would be formed for the increment of the effective vulnerability and implicational development.
Description of the System:
The creation of trap in the network is being carried on with the help of honeypots and it allows
the logging activity for the alignment of the improved functional development. The various
levels of communication would be supported by the alignment of the activities. The research
honey pots would be formed for aligning the implication of the operations for forming the
utilization of the operations. The alignment of the activities would be deployed for forming the
utilization of the actions forming the utilization of the successive modification tools. It is
important for the alignment of the operations. The IPS is very helpful for creating an effective
implication of the operations (Mansfield-Devine 2015). The development of the operations
would also form the implication of the activities for forming the utilization of the operations. The
virtual machines would be helpful for supporting the hosting of the honeypots for protecting the
main server from the occurrence of the unauthorized access.
Configuration of the system:
Step 1: Pentbox would be downloaded for the setting of the Kali Linux nectar pot and the
introduction of the terminal framework. The Pentbox would be installed in the system
Step 2: The pentbox index and ./pentbox.rb cna be summoned for being utilized in running for
the pentbox for the compact disc pentbox 1.8

Step 3: The honeypots which is the third alternative would be selected for the alternative system
instrument
Step 4: Manual arrangememt or quick auto design would be selecetd for the determination of the
honeypot alternative

Step 5: The option of auto deisgn would be selected for the process. It would enact the port 80’s
nectar pot. The manual arrangement would face the issue of the being set for distinctive port and
wrong message would be embedded. It would cause the conveying of the wrong informaiton to
the hacker due to the system being embedded.
Test Plan Design:
The procedures of infiltration would result in forming the breakdown of the security
vulnerabilities. The inappropriate strategy and actions assessment of the system would be

executed with the help of the operations. The alignment would be formed for lining the
development of the activities and it would form the utilization of the effective implication
development. The testing would allow the utilization of the prevention process for the
development of the effective utilization model.
Test Plan Implementation
Social Engineering test: The social engineering test would be done for the problem of getting
through the network and extracting the sensitive information data of the FNU and passwords of
the users. Human errors can result in forming these types of network infiltration.
Web Application test: The software technique would be utilized for the alignment of the
functionality for the development of the improved activity development. The implication of the
activities would also be formed for forming the implication of the operations.
Physical entrance test: The physical entrance test is done for sensitive information deploying the
alignment modulation. The alignment of the activities would be formed for developing the
alignment of the activities for forming the implication of the successive development model.
Network benefit test: The testing is done for realizing the security implication for the network
using IPS tool.
Client side test: The use of the client with the server would be tested in this phase and the
reconfiguration of the network.
Wireless security test: The wireless connectivity would be aligned for forming the testing of the
remote workings of the network.
Network Security – IDS
Objective of Control
The security approach would be analysed for being aligned with the development of the
improved functional operation. The utilization of the web application would be formed for
aligning the implication of the activities favouring the utilization of the effective integration
method (Singh, Joshi and Gaud 2016)s. The implication of the IDS network configuration would
be supported for the alignment of the activities favouring the implication of the effective
implication model. The IDS network connection works as the alignment for the formation of the

improved security development. The IDS network connection would form the implication of the
prevention in the system. The IDS can be used for working successfully for detecting any
unauthorized entry in the network. The alignment of the activities would be deployed for
forming the utilization of the actions forming the utilization of the successive modification tools.
It is important for the alignment of the operations. The vulnerabilities would be aligned for
listing the penetration testing and the utilization of the improved communication method. The
utilization of the activities would align the implication of the operations. The flaws in
programming would be aligned for the development of the activities and utilization of the
operations.
Resources Used:
Network vulnerabilities can be evaluated by the use of the Honeypots, SNORT, or any other
software detection tool to be deployed for the execution of the network traffic and the
vulnerabilities of the network. The resources for the project would include the deployment of the
final project development.
Developing the control
IDS can be used as anomaly based or signature based and they are required to focus on the host
based detection system. IDS architecture would be aligned for forming the utilization of the
effective integration of the activities forming the implication of the operations. The IDS
architecture would be defined for the detection engine.
Description of the System:
The implication of the IDS network configuration would be supported for the alignment of the
activities favouring the implication of the effective implication model. The IDS network
connection works as the alignment for the formation of the improved security development. The
IDS network connection would form the implication of the prevention in the system. The IDS
can be used for working successfully for detecting any unauthorized entry in the network. IDS
analyses the traffic over the subnet for the completion of the processing. The traffic monitoring
would be carried on in the system.

Configuration of the system:
IDS can log the exercises send cautions to pager or comforts and send orders to different
switches and firewalls. The following screenshot has been taken for implementing the IDS in the
system,
Test Plan Design:
The initial step is the single intruder single terminal where the classification is propelled by
single interloper from any single terminal administration or intelligent comparable. The
following one is single interloper various terminal.
Test Plan Implementation
Usage of inconsistency based system IDS should be possible my adjusting conformance testing
techniques that can be tried viably explore the legitimacy of execution. The grunt rules are added
by the system approach for playing out an infiltration testing on the system and enhance the
system execution.

Backup and Recovery Technology
It is important to implement a backup strategy for the management of the failure of the
network solution and eliminate the different risk associated with the development of the
information system. The vulnerability can arise from the internal and the external users
connected with the university network. The sensitive information residing in the university
servers can be accessed for misuse and thus it is important to secure the servers and keep backup
of the servers such that the emergency condition can be handled. The loss of data can cause a
huge loss for the university and the following steps are thus included for creating a backup of the
server and increases the usability and efficiency of the network.
 Creation of virtual server for storing the files in the remote cloud servers such that it can
be accessed from remote location.
 Creation of separate user logging and password for the management of the access of the
backup servers for the administrator and the other management staffs.
 Increasing the redundancy of data in the backup servers such that the recovery time of the
data is minimum for any emergency condition and no data are lost.

 Backing up the local server at a regular interval of time such that backup the server in the
distributed manner for reducing the backup time.
 Encryption of the channel used for backing up the data and mitigate the risk of data
hijack and increase the security of the backup process.
Network firewall should be installed for connecting the servers with the main campus and the
regional campus such that an unauthorised user does not have the access of the server and the
network security is maintained. The following firewall table is created for the demonstration of
the access of the File server installed in the network and configuration of the access control list.
Protocol Source IP Destination IP Action Port Description
IP ANY 192.168.1.7 ALLOW 80 Any user with
a IP address is
allowed to
access the
Web server
using the port
80
IP ANY 192.168.1.8 ALLOW 53 Any user with
an valid IP
address is
allowed to
connect with
the File server
using the port
53
UDP ANY 192.168.1.12 ALLOW 443 Any user using
UDP protocol

is allowed to
connect with
the Email
server using
the port 443
TCP ANY ANY DENY 443 Any user using
TCP protocol
is Denied to
access any of
the server
using the port
443
IP ANY ANY DENY 53 Any user with
a valid IP
address is
denied to use
the port 53 for
connecting
with the
servers.
For the configuration of the file server the windows server is used and it is configured using a
virtual machine such that it can be migrated to another platform irrespective of the physical
configuration of the machine. The configuration of the server in the virtual machine also helps to
utilize the resources of the machine efficiently and it can also be used for storing the machine in
the cloud platform such that it can be accessed from remote location and serve as a backup of the
physical server. The following screenshots are attached demonstrating the steps of configuration
of the file server.

Conclusion
The technology implementation of security control template is prepared after analysis of
the different security technologies that can be implemented in the network for improvement of
the security of the network. The different risk associated with the development of the security of
the network infrastructure is analysed and documented in the report. The deployment of the

RADIUS server for allowing the remote users to connect with the network securely is a new
technology that is can be implemented for creation of a VPN tunnel and encrypt the
communication channel. The creation of the demilitarized zone helps in restriction of the access
of the physical server and thus the security of the network is retained. There are different other
security mechanism such as installation of the intrusion detection system, intrusion detection
system can also help in improving the network security. The intrusion can be detected with the
use of different network analysis tool such as wireshark and monitor the current flow of the data
traffic in the network. For the prevention of the intrusion snort can be used by configuring
different rules for blocking the unknown packets and secure the network from external agents.

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