Are you interested in deploying a cloud computing model at your enterprise? Don’t let the name trip you up; the term “cloud” is an abstraction for the complex infrastructure it conceals. The generally accepted definition of cloud computing comes from the National Institute of Standards and Technology (NIST), “Cloud Computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources that can be rapidly provisioned and released with minimal management effort or service provider interaction.”
The world is indeed going digital, and not just because technology is dictating it. This massive upheaval is the result of change agents such as the cloud, mobile computing, social media, big data analytics, and the consumerization of IT; all of these have transformed how the world does business today. Is your organization keeping up with the times? Read on to brush up on the topic of hybrid IT, and find out why 63 percent of organizations are now pursuing a hybrid IT approach, according to a Harvard Business Review survey.
Greater levels of redundancy, scalability, and elasticity are a few of the many reasons why adopting a hybrid cloud solution can be advantageous for your company. We’ve recognized that many hybrid cloud benefits tend to align with an enterprise’s digital transformation business objectives. With that being said, getting the most value out of this deployment is essential, which is why it is important to do plenty of research to avoid running into unexpected problems down the road. Three significant pitfalls that will be covered throughout this post that may arise throughout your deployment are:
You’ve probably heard talk about virtualized desktop infrastructure (VDI) and Desktop as a Service (DaaS), but do you know what benefits it can offer your organization? While desktop virtualization isn’t a new concept, amazingly, these technologies have the power to improve user productivity and allow your team members to accomplish more at your enterprise. Read on for a look at VDI and DaaS, as well as ways you can put it to use at your company.
Regardless of organizational size or industry, every company faces significant data and network security concerns today. Those concerns increase substantially for organizations that deal with protected or sensitive information in any way, including health, financial, or even basic customer data. The past decade has seen a growing number of both internal and external data security breaches in industries as diverse as healthcare, retail, entertainment, banking, and military contracting, and threats are unlikely to subside anytime soon. Organizations who act now to counter the threats of the future are the ones who have the best chance at protecting customers, employees, and brand reputations.
There are a couple of reasons why organizations are slow to adopt software defined storage (SDS) when compared to its cousin, software defined networking (SDN). This is likely due to the concept of utilizing commoditized hardware. After all, if a switch goes down, it’s just a switch. If a RAID (Redundant Array of Independent Disks) goes beyond the point of degradation, it’s your own valuable data, which is why enterprises have been willing to pay such absorbent costs on proprietary disk array devices that boast enormous levels of redundancy. In addition, some of the terminology frequently used to describe various aspects of SDS can be confusing.
In today’s data-driven world, nearly all businesses are conducting activities in a digital manner and can’t afford to lose their critical data and information. There are many ways a business continuity interruption can strike, including a malware or ransomware attack, human error or accident, a malicious insider or even a natural disaster. Instead of scrambling to pick up the pieces after such an unfortunate event, it’s best to create a solid disaster recovery (DR) strategy now.
The IT data center finds itself at a decisive nexus in its lifecycle and is about to undergo a similar transformation to that of the Google self-driving car. Just as a computer-driven car doesn’t have to listen to the needs of a human driver, a software orchestrator drives all of the IT decision making, providing automated judgments for the organization based on the immediate conditions at hand. A Software Defined Data Center (SDDC) completes this transition.
Software Defined Networking is a new paradigm. One that is emerging in data centers around the world. It is not simply because it is the next natural progression of networking, but rather the market is demanding a modernized infrastructure to keep up with the pace of technological change. Let’s explore 3 (although there are several) market drivers begging for the salvation that SDN provides.
Organizations are currently faced with a cloud computing dilemma: should you use big data solutions or stick with the traditional data warehouse? If you choose the wrong platform to handle your company’s workload, you may find yourself shelling out hundreds or thousands of dollars in frivolous fees. Let’s take a look into what big data and the data warehouse can offer to help you determine which option is right for your organization.
Mobile technology is reinventing the workplace. As more and more companies institute a work from anywhere policy, and with the proliferation of mobile apps and interconnected devices, the workplace is moving far beyond the traditional office setting.
Is your company leveraging the advantages of hybrid cloud? A “happy medium” between private and public cloud options, the hybrid cloud allows IT leaders to use services and resources from third-party cloud computing providers in a partial manner curated to fit their needs. They can design a custom strategy using only services they desire while gaining the benefits of both public and private models.
Cloud computing offers a new avenue for companies to cut costs and save on their IT expenditures, but choosing the wrong service provider can result in a serious hit to the company wallet. To avoid “sticker shock" in the cloud, read on for tips for reducing your cloud computing costs.
Getting your team up to speed in your ITaaS transition can seem daunting with all of the major changes that look and feel different from original protocol, but ultimately the process boils down to careful planning and thorough communication. While change always starts at the top, an effective transformation will depend on the enthusiasm of your workforce, and their willingness to embrace new ways of doing things. For a step-by-step guide that will lead you through all of the important steps of this process, check out our whitepaper, Making the Transition to ITaaS. But for starters, the following tips should position your organization for a successful transition to ITaaS.
Not long ago, many organizations were reluctant to adopt cloud technologies mostly due to concerns about security and loss of data control. After all, the traditional approach to network security is heavily focused on protecting the network perimeter. How do you do that when the Internet is being used to interact with applications, services, and data? It’s no surprise that enterprises were a bit unsettled with the idea of sharing the responsibility of security and privacy with cloud providers.
The internet of things, and the promise of innovation that it is deemed to bring, may finally transition from being a popular buzzword to reality in 2016. In a recent story on Flarrio that featured opinions on the future of the internet of things, WEI Chief Architect, Dave Fafel, shared his predictions for the evolving IoT in 2016. Here’s what he had to say:
“IoT in 2016 will be about distributing sensors everywhere-sensors to collect data for analytics and control purposes. 2016 will also be the year IoT makes dumb devices smart!”
The Internet of Things (IoT) may have been a far-fetched dream in the past, but it is quickly becoming revolutionary and lucrative in the present. Businesses, citizens and even governments are adopting IoT into their lifestyles by connecting devices and products together and controlling them remotely. The Internet of Things has almost limitless applications, from every aspect of business to healthcare, controlling the home environment and even growing plants.