The design of information systems is traditionally taught in a layered fashion. Candidates learn about networks, databases, systems, and applications in separate courses. This layered approach allows for the partitioning of these considerations into independent areas of specific expertise. However, practicing professionals often face situations in which all of these layers need to be combined across technologies and organizations. It is understanding the integration of these layers, technologies, and applications that are essential in deriving an effective architecture.
An effective information systems infrastructure for a corporation includes the integration of networks, data, emerging technologies(e.g., Big Data, analytics, AI, cognitive computing, blockchain, Robotics Process Automation, security), systems, and applications. Designing or modifying an infrastructure calls for an understanding not only of technology, but also of business needs and how to integrate the different technologies across different technologies and across the different parts of the business to ensure sustainability. Understanding the integration and management of the entire TOGAF and ITIL frameworks (across ITOM, ITSM, ITBM, ITAM, CSM, and Security Operations) is essential.
An effective information systems infrastructure for a corporation includes the integration of networks, data, emerging technologies (e.g., Big Data, analytics, AI, cognitive computing, blockchain, Robotics Process Automation, security), systems, and applications. Designing or modifying an infrastructure calls for an understanding not only of technology, but also of business needs and how to integrate the different technologies across different technologies and across the different parts of the business to ensure sustainability. Understanding the integration and management of the entire TOGAF and ITIL frameworks (across ITOM, ITSM, ITBM, ITAM, CSM, and Security Operations) is essential.