The software defined data center (SDDC) has been used by many companies and people since 2012. The idea of this concept involved virtualizing the components most critical to data center operations. The three angles these technologies work to simplify and combine are compute, storage, and network functionalities. SDDC can:
It’s great to have a new car, but regardless of if it’s a Range Rover, Mercedes, or Maserati, there will be problems if the oil is never changed. A software defined data center (SDDC) operates on similar principles. There may be great use cases and data pushing for SDDC, but if proper management and maintenance isn’t utilized, those far reaching benefits will never be had.
With an increasing number of enterprises investing in digital transformation and the software defined data center (SDDC), IT leaders are getting accustomed to managing overwhelming large volumes of data and business applications. With this shift, network security is proving to be a foundational (and required) layer when it comes to building the data center needed to drive business of today.
The need to scale infrastructure while reducing capital expenditures is a driving force in the shift from data center sprawl tied to hardware-focused architectures, toward an agile software-defined model. However, remaining competitive, customer-focused, and streamlined within a quickly evolving data center modernization landscape can be tricky.
IT leaders are investing more time and research into understanding which hyperconverged solution is right for their businesses. We can certainly understand why hyperconvergence is getting the spotlight. The promise of tightly integrated data center components that simplify day-to-day operations, improve IT agility, and speed up infrastructure deployments sounds like the right solution for this time in the IT world.
Automation is a hot topic today. We read about autonomous cars and trucks that drive themselves over long distances, eliminating the consequences of human error and maximizing productivity as drivers can now focus on tasks that add far more value to their lives. We read about automated cooking robots that prepare the perfect burger or cappuccino every time for a steady stream of customers. Many of today’s network managers would appreciate more automation when it comes to managing their network. In fact:
Hyperconverged infrastructure benefits are clear, as is the trend toward mainstream enterprise adoption. However, not all companies are on board with this new type of software-driven data center innovation. Because of technical and licensing challenges, larger companies are quicker to make the adoption than smaller businesses. The three main organizational groups that can really benefit from this technology are:
The hardware-driven data center will soon be unsustainable. If you think that statement may be too bold, look at the latest commentary on the benefits of the Software Defined Data Center (SDDC).
According to VMware, “The next generation of data centers is clearly software-defined: all infrastructure is virtualized and delivered as a service, with control entirely automated by software. To fully realize the potential of the software-defined data center, all infrastructure disciplines must therefore be virtualized, and put under automated control. [click to tweet] This creates a separate, more strategic motivation for software-defined storage.” Clearly, the hardware driven data center is well on its way to becoming an IT relic.
The Software Defined Data Center (SDDC) is more so a reality for IT leaders now than ever before. Evolving from a buzzword, many IT leaders have a roadmap that includes SDDC. According a research poll conducted by IDG, 42% of IT Decision Makers plan to move to an SDDC. [click to tweet] As the hardware-driven data center proves itself insufficient to complete business processes and manage increasingly large and complex workloads for enterprises, the need illuminates itself further.
The concept of “software-defined” is not new, in fact we’ve been replacing hardware with software for a long time. Think about the alarm clock you used in the 90’s. If you wanted to set your alarm clock for 30 minutes earlier than usual you had to rotate through 23 and a half hours to set your new time. But that was normal. Fast-forward to now and your alarm can be turned on, off, or adjusted with a click of a button – right on your mobile device – replacing hardware with a software enabled device.
The IT data center finds itself at a decisive nexus in its life cycle 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 Data Center is where…all the complexity in configuring and changing all the individual elements is abstracted to a single control level where you can make those changes with the single press of a button.”
Are you considering migrating to software defined systems to automate just about everything in your infrastructure? A software defined system uses software to automate and virtualize the main components of your IT architecture: Compute, Networking, and Storage. There are a number of benefits of software defined technology and today we will highlight five major benefits—we call them the 5 A’s.
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.