Analysis of the NIST Standards for Cloud Computing Analysis Paper Need one or two paragraph or 1 page to be added in existing paper under Current Threats s

Analysis of the NIST Standards for Cloud Computing Analysis Paper Need one or two paragraph or 1 page to be added in existing paper under Current Threats section. Need 1 reference please Running head: TEAM SECTOR BRIEF
1
Team Sector Brief
Institution
(CISO)
TEAM SECTOR BRIEF
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Table of Contents
Introduction
3
Current Threats
4
Analysis of the NIST Standards for Cloud Computing
4
Interrelations of Cybersecurity Technology Decisions and Cyber Policies
6
Federal and State Cybersecurity Policies
7
References
8
TEAM SECTOR BRIEF
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Introduction
The telecommunications sector plays a vital role in transmitting data around the globe in the
form of words, video, voice, and audio. The telecommunications sector helps in enhancing
communication between people and organizations in society (Ramzan et al., 2018). Technological
proliferation in various dimensions has initiated significant growth in the sector. For instance, the
Avistel Company is a telecommunication segment based in Canada that offers communication
services in the region of Canada. The telecommunications sector works with other sectors within
the economy to bolster smooth service delivery to humanity. For example, the Avistel Company
in Canada works with sectors such as hospitals, hotels, prisons, and the petroleum industry. In
these sectors mentioned above, communication from one department to the other is essential as it
enhances the smooth delivery of services. Technological proliferation within telecommunications
helps in optimizing the productivity level leading to the overall economic growth.
In the technological arena, a series of setbacks are experienced alongside the daily service
delivery to people and business organizations. Some of the challenges include cyberattacks from
hackers and malicious online users. The attacks intend to gain access to the network systems of
the sectors aiming at stealing data and other confidential information that can help them to carry
out malicious activities. Fortunately, the technological sector has set aside a robust cybersecurity
framework that helps in protecting attacks to the telecommunication sector. The National Institute
of Standards and Technology (NIST) standards outlined in the federal government provide control
measures that help in enhancing integrity, the security of the federal information systems, and
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confidentiality. The Key aspects provided the NIST standards framework include data recovery,
incident response, protection, detection, and identification (Simmon, 2018).
Current Threats
Need a paragraph or two on the Executive Leadership in Tabletop Exercise (ELITE) automated
simulations to test our knowledge of cybersecurity attacks by cyber criminals against United
States critical infrastructures. Talk about the table top exercise results and feedback.
Analysis of the NIST Standards for Cloud Computing
Cloud computing is fit to the telecommunications industry as it enhances easy and convenient
storage and access to programs and data over the Internet. In the current technological era,
information and data should be contained in the network systems, making it the access and retrieval
process easy and convenient. Notably, with the help of cloud computing, random access to data
and programs of an organization remains difficult (Stergiou, et al., 2018). NIST standards helps in
enhancing data protection in cloud computing (Bohn, Lee & Michel, 2020). Activities carried over
the Internet are prone to cyberattacks, which involve inappropriate access to the information and
programs stored in the database of the industry.
Important to note, cloud computing outlines procedures that are to be observed and followed
when one wants to access information and data stored in the cloud. As such, unauthorized access
to the information is significantly minimized, reducing the aspect of manipulation and alteration
of the information. NIST standards outline cybersecurity rationales in according to the federal
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government. For example, according to the NIST standards, network systems are supposed to have
passwords of 64 characters maximum or 8 characters minimum (Bohn, Lee & Michel, 2020). As
a result, it will be difficult for malicious online users and hackers to gain access to the systems.
Furthermore, NIST standards provide access control regulations that help in controlling the
number of individuals or entities accessing the information systems (Radwan, Azer & Abdelbaki,
2017). Thus, hackers cannot gain unauthorized access to the systems to carry out their planned
activities.
The incorporation of cloud computing in the telecommunication industry has enhanced
cybersecurity solutions in many various ways. For instance, the controlled access to the
information system has significantly minimized the rampant cyberattacks. The industry has
remained at the forefront of offering high-end and reliable services to customers. Notably, the
NIST standards outline the key requirements for one to access the information systems that contain
essential information for the industry.
With such regulations, is easier for the industry to monitor and control activities taking place
in the network systems. Any suspicious or malicious activity that pops up can be identified using
the measurements laid down by the NIST standards. At times, insider cyber threats in the industry
are put on the watch as the culprits are not able to carry out their activities. If they do, they will be
identified at the end of the day. Hence, they will be subjected to the federally recommended
punishments.
Cloud computing should be applied in all industries as it helps in controlling and minimizing
cyberattacks. In the recent past, hackers and malicious online users are taking advantage of
accessing various systems to gain access and steal confidential information. However, with the
help of NIST standards, malicious activities have been minimized significantly. If other industries
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adopt the aspect of cloud computing, they will increase their production activities, significantly
leading to tremendous success in the market spectrum.
The incorporation of cloud computing in other industries will significantly increase their
market scope. Cloud computing will help the company to carry out many and heavy business
activities that will initiate success growth and expansion of the business (Ramzan et al., 2018).
Importantly, cloud computing will enhance the delivery of services that are secure and reliable. It
provides a robust framework that easily identifies and controls random access to the systems by
malicious online users. As such, the industries will thrive and excel in their day to day market
operations due to their tough disaster recovery options, as well as a reliable business continuity
plan.
Interrelations of Cybersecurity Technology Decisions and Cyber Policies
The telecommunications sector will come up with a set of guidelines that will enhance and
improve the security of its cyber components. Through cloud computing technology, the sector
will establish some of the critical and essential elements that require protection. After that, an
intensive rationale that will outline how the security measures will be deployed in the industry.
The appropriate data recovery measures will enhance a successful business continuity plan (Loyal,
2019). Therefore, telecommunication companies like Avistel will be able to carry out
cybersecurity investigations appropriately. They will be able to come with the appropriate
measures that will help curb cyberattacks which have become rampant in the technological
spectrum. The sector will come up with the appropriate policies that will help in minimizing cyberattacks.
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According to various studies, the telecommunications sector is one of the sectors prone to
cyberattacks in the technological spectrum. The sector deals with large volumes of data and
information that most hackers are looking to carry out their malicious activities. The
telecommunication industry propels large volumes of data ranging from voices, words, and videos.
As such, the industry needs to set up a reliable and robust infrastructure that will curb cybersecurity
threats appropriately (Simmon, 2018). Notably, such infrastructure will help the sector to achieve
one of its key goals, which includes ensuring consumer privacy. Important to note, the creation of
intrusion detection systems is one of the critical measures that will help the sector to determine
entities attempting to access the system. And this will help the sector to develop an infrastructure
that can easily be compromised by the cybersecurity threats.
Federal and State Cybersecurity Policies
The telecommunications sector apply federal and state cybersecurity policies. The sector
remains relevant and within the law by ensuring that all the aspects related to cybersecurity are
dealt with appropriately. The sector will help to improve on its services delivery significantly.
Various researches and studies reveal that federal and state cybersecurity policies are similar and
different in many ways. For instance, the similarities that exist between these policies include that
both of them seek budgetary allocations during the enactment process—also, the two concentrate
on the bigger picture of the impact (Tripwire Guest Authors, May 1, 2019). However, both policies
aim at reducing cybersecurity attacks and the promotion of cyberattacks resiliency. As a result, the
sector will be able to achieve its overall growth and success.
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Through cloud computing, federal and state cybersecurity policies will enhance smooth and
convenient service delivery in the telecommunication sector. Activities like disaster recovery plans
will be upgraded to ensure that no data or information is lost from the system once the attack takes
place. User confidence will be boosted to a very great extent leading to the success of the industry.
The telecommunication sector can apply this technology to integrate and expand its activities to
other sectors in the economy. The enhanced technological rationale will help the industry to
strengthen its activities like administration, production activities, marketing activities, and the
process of buying and selling. Important to note, the sector needs to work hand in hand with sectors
like the Office of Management and Budget (OMB), the General Services Administration (GSA),
the Department of Homeland Security (DHS), and the National Institute of Standards and
Technology (NIST). Through a consolidated collaboration between these entities will help in
creating a reliable telecommunication sector that will guarantee transparent and confidential
services to customers.
References
Bohn, R. B., Lee, C. A., & Michel, M. (2020). The NIST Cloud Federation Reference Architecture.
Loyal, R. (2019, August 14).
The Importance of Cyber-security in the world of
Telecomunications.
Retrieved
from
https://securityboulevard.com/2019/08/theimportance-of-cyber-security-in-the-world-of-telecommunications/.
Radwan, T., Azer, M. A., & Abdelbaki, N. (2017). Cloud Computing Security: Challenges and
Future Trends. International Journal of Computer Applications in Technology, 55(2), 158172.
Ramzan, M., Farooq, M. S., Zamir, A., Akhtar, W., Ilyas, M., & Khan, H. U. (2018). An analysis
of issues for the adoption of cloud computing in telecom industries. Engineering,
Technology & Applied Science Research, 8(4), 3157-3161.
Simmon, E. (2018). Evaluation of Cloud Computing Services Based on NIST SP 800-145. NIST
Special Publication, 500, 322.
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Stergiou, C., Psannis, K. E., Kim, B. G., & Gupta, B. (2018). Secure integration of IoT and cloud
computing. Future Generation Computer Systems, 78, 964-975.
Tripwire Guest AuthorsMay 1, 2019C. S. (2019, May 2). Inside the Government Cybersecurity
Landscape: Federal vs. State. Retrieved from https://www.tripwire.com/state-ofsecurity/security-data-protection/cyber-security/government-cybersecurity-federal-state/

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