EMA Blog: Business Intelligence and IT Management

Over the course of numerous deployment dialogs and multiple research projects starting with last year’s work on “ITSM futures,” I have been tracking a still largely unheralded phenomenon: ITSM teams in many organizations are evolving to take a leadership role in helping all of IT become more efficient, more business aligned, and ever more relevant [...]

(With apologies to Jeff Foxworthy) You might be an Apple user if…

In my last IoT blog, I talked about the history of IoT and the evolution of issues surrounding IoT devices. In this part of the series, we will expand on the issues around IoT and the data it collects.

The primary function of enterprise IT management is to empower end users with access to technology resources that will boost their productivity and job performance. However, this focus is at odds with the core precepts of IT security which are adopted to minimize the exposure of enterprise systems, applications, and data. I recall that in a number of IT operations management adventures throughout my career, I often joked with colleagues that the most effective way to create a secure environment is to simply shut down all computers in the data center. Naturally, management executives dependent on the IT infrastructure to generate revenue were not amused by my flippancy…and even less happy that their workers had to “jump through hoops” to gain access to IT resources.

Digital and user experience management has been the focus of multiple EMA research studies throughout the years, both as a stand-alone topic and as part of EMA’s ongoing examination of critical trends such as digital and operational transformation, IT performance optimization, and of course application performance management (APM).  In many respects, optimizing the digital experience [...]

While service catalogs are not new, they are becoming increasingly critical to enterprises seeking to optimize IT efficiencies, service delivery and business outcomes. They are also a way of supporting both enterprise and IT services, as well as optimizing IT for cost and value with critical metrics and insights. In this blog we’ll look at [...]

Cloud is no longer a new topic for IT, or for IT service management (ITSM). But its impact on how ITSM teams work, as well as on how IT works overall, has probably never been greater. Indeed, more and more IT organizations have been “moving to the cloud.” But understanding its relevance can’t be achieved [...]

Nearly every day another successful breach is reported. In 2016 alone, organizations from major governmental agencies such as the IRS and Department of Defense, to major retailers including Wendy’s, have succumbed to attack. These organizations are not alone; every major business and governmental sector has been compromised. Large tech companies such as LinkedIn and Oracle, healthcare providers including Premier Healthcare (as well as numerous hospitals), manufacturers, major educational institutions, and large financial organizations have all succumbed to either internal or external threats.

Time flies when you’re upgrading operating systems. It has officially been a year since Microsoft introduced Windows 10 to much fanfare and approbation. Acceptance of the platform was almost immediate, with many users simply grateful to migrate away from the much-maligned Windows 8 environment. At the core of the problems with the previous edition of Microsoft’s flagship OS was that the GUI was designed to function more effectively on a tablet than on a PC, which infuriated users who had grown used to the Windows 7 look and feel on their laptops and desktops. The release of Windows 10 gave Microsoft’s core audience exactly what it wanted—a unified code base that enables the same applications to be employed on all device architectures (desktops, laptops, tablets, and smartphones) while retaining the look and feel of the classic Windows 7 desktop that they had come to appreciate.

In the last year or so, the topic of Internet of Things (IoT) received a lot of attention. Both the concept of the topic and scope of what should be included in IoT changed dramatically in that time. The first commercialization of IoT were wearables such as GoogleGlass. Shortly thereafter came the next wave, with devices such as smart watches. The first security concerns were focused on personal safety due to user distractions, similar to those voiced when smartphones became popular, and then came the invasion of privacy concerns. However, shortly after the first hackers got hold of them and identified attacks to gather data from them. At that point, the view on IoT expanded to recognize that the concept of IoT was actually much broader and had more significant impacts than privacy.