Executive summary Power provides the basis on which the global economy runs. Modern power and automation technologies have seen greater advancement within the industrial scenario. Such advancement has seen the incorporation of flexible and smarter power and automation industrial technologies. For instance, operations that once depended on pneumatic manual controls decentralized across production channels are now central-based and controlled by advanced computerized system. The advanced technologies generally involve human-computer interaction systems that ensure not only focus on production efficiency but also ensure that an intricate balance is achieved between production and consumption. These technologies, however, are not without challenges and hence risks. Automation is defined as a process of replacing traditionally human industrial functions, with machine elements that automatically make decisions and operate the system, e.g. use of robots (Berg, 2007, p.12). Automated power industries not only focus on production efficiency but also strive to strike a balance between production and consumption. While automation is known to enhance safety and system reliability, such systems are more vulnerable to intrusion and thus, elimination of one risk yields a newer form of risk. For instance, buying, selling, and distributing power require an interconnected transmission line based on computer management operations. Such operations are prone to cyber intrusion and hence, the increased need for advanced risk mitigation procedures. However, this paper will go beyond mere securi
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