Cyber security strategy for future distributed energy delivery system

Energy delivery systems in future manner will be referred to a modernization of delivery system so it monitors, protects and automatically optimize the operation of its interconnected elements. Its contain power generations, transmission network and user automation. It characterized by two way flow of electricity and information to create an automated distributed energy delivery system. From the viewing side of information flow, there are management and protection of the system that must be strategized to ensure the effective operation of the energy delivery system. This cyber security strategy will examine both domain-specific and common requirement to ensure interoperability of solution across different part of infrastructure. This strategy will require risk management framework developed by both private and public sector. This framework will establish the processes for combining impact, vulnerability, and threat information to produce an assessment of risk to the distributed energy delivery system. The approach of this risk management will consider an organizational perspective, cyber security requirement, standard security system, and electricity security guideline and protection plan. This risk management will be applied on an asset, system, and network basis, as applicable. Some security architecture such as key management, virtualization security within cloud computing, and smart privacy will be linked to the energy delivery system. The final strategy of this effort will be a set of recommended cyber security requirements that will be allocated to interfaces of the Smart Grid. The goal is to ensure that a comprehensive assessment of the systems and component of the distributed energy delivery system is completed.