How can I use my PHA to Streamline Cybersecurity Risk Assessment? | exida

exida Recorded Webinars

How can I use my PHA to Streamline Cybersecurity Risk Assessment?

Recording Date: April 2021

Many organizations have mature processes in place for evaluating process or machinery hazards in traditional safety risk assessments, but fewer have developed a robust approach to cybersecurity risk assessment. Alignment between safety risk assessment and cybersecurity risk assessment is critical, and the 2016 version of IEC 61511 now requires that a cybersecurity risk assessment be conducted for all Safety Instrumented Systems (SIS) and connected systems. Fortunately, traditional process hazard analyses (PHAs) have valuable information that can be used to improve the speed and efficiency of the cybersecurity assessment, including corporate risk criteria, potential consequences resulting from control system failures, severity rankings for consequence scenarios, existing mechanical protection layers. With this information organizations can jumpstart their approach to managing cybersecurity risk.
 

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About the Presenter:

Patrick O'Brien

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.