Cybersecurity has become a significant and credible threat to process safety. The consequences of cyber-attacks are well understood for business networks (e.g. data theft, ransomware, denial of service), but for Industrial Automation and Control Systems (IACS) there is the potential for even more severe consequences because IACS control physical systems in the real world. Case studies will be used to demonstrate how cyber-attacks on IACS can cause damage to equipment, the environment, and safety. This webinar will look at how cybersecurity is impacting process safety, considering the impact of cybersecurity events on traditional strategies for safeguarding and risk assessment, as well as introduce key steps for managing cybersecurity risk.
exida Recorded Webinars
How is Cybersecurity Changing Process Safety?
Recording Date: October 2020
About the Presenter:
Patrick O'Brien
Patrick O’Brien is the Assistant Director of Engineering at exida, LLC, where he helps lead a team of engineers in delivering functional safety, cybersecurity, and alarm management services. He has led cybersecurity risk assessments, training courses, and other lifecycle activities for many different applications, including oil and gas, specialty chemical, critical infrastructure, machinery, and robotics. In addition to his cybersecurity role, he also provides consulting services in the areas of process safety, functional safety, and machine safety.
He is a coauthor of Implementing IEC 62443: A Pragmatic Approach to Cybersecurity and the principal author of the CCPS concept book Managing Cybersecurity in the Process Industries – A Risk-based Approach. Patrick represents exida on the International Society of Automation Global Cybersecurity Alliance (ISAGCA). Mr. O’Brien graduated from the Pennsylvania State University with a Bachelor of Science in Chemical Engineering and a Bachelor of Science in German Language and Culture.