In this article, we will familiarize readers with a Single-Master Hierarchy account for organizations, and introduce their usefulness in the AWS landscape. We will also explain how a Single-Master Hierarchy Account is set up from within a Main Root Level Enterprise account.

The incredible potential of the cloud has made it a favorite database solution of IT companies all over the world. Commercial organizations of different dimensions are trying to take advantage of this new computing infrastructure, by migrating data and applications to the virtual cloud. This change in the outlook of organizations has made certifications in cloud computing and virtualization a sought-after qualification for professional IT positions. As cloud computing works by storing company data on external servers outside the organization, information security in this domain has become very important. The demand for quality information security training has risen considerably, as more aspiring cloud professionals are consider information security jobs as a viable career option.

Since the evolution of Amazon Web Services as a mainstay in virtual computing, many AWS technologies have been created specifically to make cloud management easier. Among these products is AWS CloudFormation — a streamlined service that allows all AWS users to model AWS products for personal or professional use. AWS CloudFormation also allows you to reconcile native AWS services with various third-party programs, helping you predictably manage AWS platforms as they evolve.

By letting a user deploy entities like virtual machines and security appliances on the AWS cloud platform, CloudFormation has essentially bolstered the security of the online cloud environment. Users deploy CloudFormation templates to define the AWS resources they want to create and add to their existing AWS hierarchy. These templates — individual text files — comprise the tech stack that makes your AWS infrastructure unique.

It's easy to initially confuse virtualization with cloud computing, given their similarities and the fact that they exist in the same IT industry. However, both virtualization and cloud computing are characterized by unique differences that make them uniquely valuable to experienced IT engineers. IT experts have already begun to use both cloud computing and virtualization together in similar environments, to thoroughly optimize their approach to data storage and hardware use.

Virtualization in cloud computing landscapes has become an increasingly common practice. Through virtualization, engineers can more efficiently use available computers and hard drive space, essentially by dividing a single computer into multiple different virtual computers. This multi-layered computing approach creates virtual machines (VMs), and helps to maximize your organization's hardware use.

When used correctly, virtualization provides a firm foundation for all cloud computing efforts. Your storage devices, network resources, operating systems, hardware platforms and other key computing features remain secure, and you can comfortably scale any cloud infrastructure as necessary.

One of several coveted Microsoft curriculums, the MCSE — Microsoft Certified Solutions Expert: Cloud Platform and Infrastructure Certification — affirms your knowledge in various Microsoft technologies. The MCSE is a valuable certification to list on any resume, one that helps you facilitate the implementation of Microsoft applications in practical business environments. No matter your career road ahead, the MCSE certification equips you to fulfill the role of a qualified cloud solutions expert.