Critical Infrastructure functions, and the interdependent architecture which serve it, are transforming from a largely analog, centralized system, to a digital distributed and virtually orchestrated environment. This transformation is being driven by challenges in increasing demand, aging infrastructure, and the urgent need to reduce the impact of that delivery on the environment and climate globally. Digital transformation represents a strategic response to these challenges, offering opportunities to enhance energy delivery reliability, resilience and cost. As the industry moves to 4.0 and future generations, there are new virtualization features in this digital environment which could increase our cyber risk without adequate management and holistic planning. The digital transformation of industrial control systems discussed in this presentation will focus on enhancing Resilience and Reliability in this new paradigm, to operate, withstand and recover from adverse events. By: Emma Stewart | Chief Power Grid Scientist, Idaho National Laboratory Full Abstract Available: https://ift.tt/o5M8xL1
source https://www.youtube.com/watch?v=ffsrRKE5j9s
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