DISASTER_RECOVERY FOR SOFTWARE APPLICATION

Abstract

The Disaster Recovery Plan for Hitachi Vantara is designed for IT professionals operating complex and diverse systems, services, and applications that comprise its IT assets, procedures, and business processes (Kuroishi, 2021). It is designed to identify and describe the critical IT resources and business processes in the business. It can assist IT staff develop and maintain plans, budgets, and performance goals to allocate available resources to meet project objectives and deliverables. It provides management information for estimating a project and delivery dates, assessing completion and rescheduling, and providing staff with performance information on key performance indicators (Kuroishi, 2021). It is based on a system that includes multiple systems that support planning and execution activities in management information that provides key performance indicators and management reviews, and projections (Kuroishi, 2021). The management information also helps decision-making in the risk management process. This is useful as it identifies where risks are classified and links the risk classification with critical activities. The use of risk classification and necessary activities as a framework for risk mitigation helps the organization develop a well-integrated and comprehensive security posture for all the assets. It also provides an objective indicator of the effectiveness of the risk control processes. This approach is essential to prevent vulnerabilities or risks from being exploited by the enemy (Kuroishi, 2021). The Disaster Recovery Plan for Hitachi Vantara combines the essential recovery steps and tools for business continuity and disaster recovery. It provides the means to integrate and maintain an integrated system to recover vital information critical to an organization. It provides a reliable means for the recovery of documents, data, and other information systems. It is used in support of emergency response and other emergency action (Kuroishi, 2021). It is used for the initial communication of events and provides for the maintenance of communication channels. It enables data to be immediately accessible to authorized personnel. It minimizes the time required for communication between systems (Kuroishi, 2021).