Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?

The U.S. government is responsible for protecting the country's energy and technology infrastructure. Critics argue the United States has failed to prepare, protect and respond to incidents involving the national electric grid leaving communities vulnerable to prolonged power outages. Protectio...

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Bibliographic Details
Main Author: Ziska, Matthew Ryan
Format: Others
Language:en
Published: ScholarWorks 2018
Subjects:
Law
Online Access:https://scholarworks.waldenu.edu/dissertations/4766
https://scholarworks.waldenu.edu/cgi/viewcontent.cgi?article=6045&context=dissertations
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spelling ndltd-waldenu.edu-oai-scholarworks.waldenu.edu-dissertations-60452019-10-30T01:23:00Z Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection? Ziska, Matthew Ryan The U.S. government is responsible for protecting the country's energy and technology infrastructure. Critics argue the United States has failed to prepare, protect and respond to incidents involving the national electric grid leaving communities vulnerable to prolonged power outages. Protection of investor owned utilities' critical infrastructure is vulnerable to cyber and physical harm from the absence of criminalizing the intrusion of private sector computer networks, the lack of cybersecurity threats in emergency management, and the absence of cyber-intelligent leadership supports this argument. The purpose of this study was to introduce an electric grid protection theoretical concept, while identifying whether cybersecurity law and emergency management, amongst the investor-owned utility community, has an optimized relationship for protecting the national electric grid from harm. Easton's political system input/output model, Sommestad's cybersecurity theory, and Mitroff's crisis management theory provided the theoretical foundations for this study. The study utilized a mixed method research design that incorporated a Likert collection survey and combined quantitative chi-square and qualitative analysis. The key findings identified that cybersecurity law and the use of emergency management in the electric grid protection theory were not optimized to protect the national electric grid from harm. The recommendations of this study included the optimization of the theory elements through educational outreach and amending administrative cybersecurity law to improve the protection of the national electric grid and positively impacting social change by safeguarding the delivery of reliable electric energy to the millions of Americans who depend upon it. 2018-01-01T08:00:00Z text application/pdf https://scholarworks.waldenu.edu/dissertations/4766 https://scholarworks.waldenu.edu/cgi/viewcontent.cgi?article=6045&context=dissertations Walden Dissertations and Doctoral Studies en ScholarWorks Computer Fraud Cybersecurity Electric Grid Emergency Management Incident Command System Technology Law Public Administration Public Policy
collection NDLTD
language en
format Others
sources NDLTD
topic Computer Fraud
Cybersecurity
Electric Grid
Emergency Management
Incident Command System
Technology
Law
Public Administration
Public Policy
spellingShingle Computer Fraud
Cybersecurity
Electric Grid
Emergency Management
Incident Command System
Technology
Law
Public Administration
Public Policy
Ziska, Matthew Ryan
Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?
description The U.S. government is responsible for protecting the country's energy and technology infrastructure. Critics argue the United States has failed to prepare, protect and respond to incidents involving the national electric grid leaving communities vulnerable to prolonged power outages. Protection of investor owned utilities' critical infrastructure is vulnerable to cyber and physical harm from the absence of criminalizing the intrusion of private sector computer networks, the lack of cybersecurity threats in emergency management, and the absence of cyber-intelligent leadership supports this argument. The purpose of this study was to introduce an electric grid protection theoretical concept, while identifying whether cybersecurity law and emergency management, amongst the investor-owned utility community, has an optimized relationship for protecting the national electric grid from harm. Easton's political system input/output model, Sommestad's cybersecurity theory, and Mitroff's crisis management theory provided the theoretical foundations for this study. The study utilized a mixed method research design that incorporated a Likert collection survey and combined quantitative chi-square and qualitative analysis. The key findings identified that cybersecurity law and the use of emergency management in the electric grid protection theory were not optimized to protect the national electric grid from harm. The recommendations of this study included the optimization of the theory elements through educational outreach and amending administrative cybersecurity law to improve the protection of the national electric grid and positively impacting social change by safeguarding the delivery of reliable electric energy to the millions of Americans who depend upon it.
author Ziska, Matthew Ryan
author_facet Ziska, Matthew Ryan
author_sort Ziska, Matthew Ryan
title Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?
title_short Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?
title_full Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?
title_fullStr Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?
title_full_unstemmed Does Cybersecurity Law and Emergency Management Provide a Framework for National Electric Grid Protection?
title_sort does cybersecurity law and emergency management provide a framework for national electric grid protection?
publisher ScholarWorks
publishDate 2018
url https://scholarworks.waldenu.edu/dissertations/4766
https://scholarworks.waldenu.edu/cgi/viewcontent.cgi?article=6045&context=dissertations
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