EMA Blog: Business Intelligence and IT Management

Breaking News: Dell Acquires Enstratius to Further Complete Its Cloud Story

OpenStack’s huge momentum is undeniable. IBM, RedHat, NetApp, Rackspace, HP, Dell, Cisco, Intel and even VMware have committed significant funds and human resources to this project. But why would companies, that are otherwise competing rather fiercely, sit on one table to build an OpenSource cloud platform?

With its roots in mainframe job scheduling, workload automation is often seen as a relic in today's age of cloud, Big Data, mobile management and DevOps. Do we even still need workload automation as a separate discipline or should we simply roll the management of batch jobs into other automation disciplines, such as IT process automation? Is the market for workload automation software stagnating or is there still potential for growth?

Almost one year into the discussion about the Software Defined Data Center (SDDC), it is time to take inventory of the state of the discipline. As a reminder, the ultimate goal of the SDDC is to abstract and centralize the
management of compute, network, storage, operating systems, middleware and applications in order to dynamically place workloads where they can run in the most cost efficient, secure and compliant manner.

After talking about the “grand vision” of the Software Defined Datacenter (SDD) in part 1 of this series and discussing the individual components required to build out the SDD in part 2, this third part will be all about the three core challenges and controversies:

In part 1 of this series of four posts, we examined the grand vision of the software-defined datacenter (SDD). In this second post of the series, we will take a look at the core components of the SDD (see Figure 1) and provide a brief evaluation of how mature these components currently are.

When I picked “The Journey to the Cloud” as the working title for one of my fall research projects, I triggered some immediate reactions from colleagues and customers, whose opinions I value. And while I typically do not place too much importance on selecting a working title and also did not intend to just warm up an earlier research piece on that same topic, these reactions prompted me to take a minute to think about how we can best target our research for maximum customer benefit. As EMA is conducting this research for our customers – vendors and end users – why not talk to exactly these people to find out which specific issues they want to learn more about? And so we did…

Every March, IBM invites customers and analysts to its annual Pulse user conference. This year, Pulse was all about the more efficient delivery of IT services, a concept that is usually referred to as "cloud". Since cloud has developed into a term that, due to its overuse, is often frowned upon, to say the least, it was great to see IBM try hard to demystify this elusive concept, backing it up with numerous case studies and customer testimonials. The fact that many of these case studies were not as polished as you so often see during this type of show, made the experience actually better. It became clear that these were real customers, implementing "cloud" to solve very specific corporate problems and while doing this, running into very specific IT problems. This is something that just happens when breaking new ground and it speaks for IBM's self confidence to not present only squeaky clean projects at its show.

Welcome to my Blog on the latest trends in systems management. In this Blog, I will look at systems management from a business process perspective. The initial focus will lie on server virtualization management, cloud systems management and workload automation. Within this context, I will analyze and try to quantify the efficiency gains that the organization can realize by implementing systems management tools and processes. However, as systems management does not exist in a vacuum, it is essential to tie these findings together with the latest developments in neighboring disciplines such as configuration management systems, IT service management, process automation, security, networking, applications management etc.