Safety-Critical Clouds in Power Generation – 7 Designs Using Cyber-Informed Engineering

The industrial internet is coming. Reap almost all the benefits with almost none of the risks.

The Industrial Internet of Things (IIoT) is the future of automation in power generation and many other industries. The IIoT promises huge gains in efficiency and flexibility, with cloud-based systems and decision-making at the heart of these gains. Today, even safety-critical and critical-infrastructure (CI) decision-making is moving steadily out into the cloud.

But safety-critical and CI systems deserve engineering-grade cybersecurity. So, how can we provide this for Internet-based clouds?

Watch the webinar where we will look at the problem from the perspective of the new Cyber-Informed Engineering (CIE) initiative and dig into 7 design patterns for different kinds of safety-critical, cloud-based systems. 

In this webinar Andrew Ginter takes us through:

arrow red right Review the limitations of traditional IT-grade cyber protections for cloud systems.

arrow red right Explore seven engineering-grade designs for protecting safety-critical and reliability-critical clouds.

arrow red right Propose design principles for evaluating critical cloud designs.

For practitioners in power generation, OT security, or other critical infrastructures, this is an opportunity to explore two leading edges: the Industrial Internet (future of automation) and CIE (future of OT security).

We hope you can watch the webinar.

About the Speaker

Picture of Andrew Ginter

Andrew Ginter

Andrew Ginter is the most widely-read author in the industrial security space, with over 23,000 copies of his three books in print. He is a trusted advisor to the world's most secure industrial enterprises, and contributes regularly to industrial cybersecurity standards and guidance.
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