Energy Critical Infrastructure Threats, Attacks, and Mitigation Strategies (2 of 2)

Описание: This video is the second video in a series that provides an introduction to the energy critical infrastructure sector and cybersecurity, focusing on threats, attacks, and mitigation strategies. In this video we conduct a quick review of the first video, discuss factors affecting the protection of the energy sector, the importance of operational technologies in the sector, cyber threats to the sector, cyber attacks on the sector, and mitigation strategies the current state of protecting the energy sector, cyber threats to the sector, and the consequences of an attack.

The intended audiences for these videos are high school or community college students enrolled in IT or cybersecurity programs or courses.

This video includes topics that have been discussed in more detail in earlier videos. Links to other NCyTE videos that relate to the content of this video include:
Cyber Supply Chain Risk Management and Cybersecurity
Overview of Cyber Supply Chain Risk Management (C-SCRM) -    • NCyTE: Overview of Cyber Supply Chain Risk...  
Cyber Risks Across the Supply Chain - Cyber Risks Across the Supply Chain -    • Cyber Risks Across the Supply Chain  
CSCRM: Government Guidelines and Regulations for Mitigating Cyber Supply Chain Risks -    • CSCRM: Government Guidelines and Regulatio...  

Artificial Intelligence and Cybersecurity
Cybersecurity and Artificial Intelligence- a Broad Overview -    • Cybersecurity and Artificial Intelligence ...  
Machine Learning and Cybersecurity    • Machine Learning and Cybersecurity (video ...   

Advanced Manufacturing
An Introduction to Advanced Manufacturing and Cybersecurity (1 of 2) -    • NCyTE - An Introduction to Advanced Manufa...  
Advanced Manufacturing Cyber Threats and Mitigation Strategies (2 of 2) -    • NCyTE - Advanced Manufacturing Cyber Threa...  
 
FinTech
Blockchain and cybersecurity -    • NCyTE - Blockchain and Cybersecurity  

NCyTE Center and this material is based upon work supported by the National Science Foundation under Grant #1902329.

Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.