Business models are constantly evolving as enterprises undergo digital transformation – an inevitability as industry moves towards the on-demand service that customers look for today. Last week we explored how HPE GreenLake can help build a custom solution for your business’s storage needs. Today, we’re diving into why it makes financial sense, too.
It’s an almost universal truth across industries these days that business models are changing as the pace of digital transformation gains speed. Today’s economy is focused on giving the customer what they want, when they want it, meaning IT teams must be both agile and flexible to support their business and see it succeed.
Applications are the backbone of business-critical operations, and their use is increasing at an almost exponential rate – especially among distributed enterprises with multiple remote offices. To support this, many are switching from performance-inhibited wide-area networks (WANs) to software-defined wide-area-network (SD-WAN) architectures.
Applications are the fuel that runs the modern digital business machine. When the
infrastructure that powers those applications is difficult to administer, or fails, businesses and their IT organizations are severely impacted. Traditionally, ensuring availability and performance was the responsibility of IT, but in today’s technology landscape the industry needs to evolve and reset the requirements on vendors.
In order to maintain a competitive edge, businesses need to be able to move fast, and recover faster. When your success depends on evaluating data in real-time, any kind of hiccup can cost you money. Today’s enterprises need more than backup – they need to be able to rapidly restore critical data in the right contexts. That’s why more and more frequently, disk-to-disk-to-tape (D2D2T) architectures are giving way to faster, more efficient flash-to-flash-to-cloud (F2F2C) technologies.
Some purchases require more planning than others do. This is certainly true when it comes to investing in a data storage solution. While applications may come and go, your company’s data lives on. Your data drives the majority of your business operations. One can argue that outside of your Internet gateway, no other facet of the data center has a greater impact on business operations and workloads.
Working to keep up with the speed of business, especially on a global scale, has companies reconsidering how they operate – and digital transformation is at the top of their minds. But despite its wide-ranging advantages, digital transformation also comes with additional risks, and increases the complexity of an already-complex security architecture.
The digital transformation of today’s technology landscape moves at breakneck speed. One of the only things that moves faster, is consumer demand and expectation. Consider this: Before 2007, not a single person in the world had a smartphone – but 13 years later, mobile devices are on track to outnumber the global population four to one. That kind of growth means business leaders need ask themselves, “What if the expectations of our customers exceed what we can do?”
We could probably list 80 things to know about Cisco DNA Center, but for the sake of brevity, we will keep it to single digits. We say this because there is so much to this all-inclusive network management platform. This solution is the next step in network evolution. Its singular yet expansive platform includes a variety of tools that integrate with so many network functions and technologies. Some of these include network management, automation, virtualization, analytics, assurance, security, compliance and IoT connectivity. Cisco DNA Center is at the epicenter of Cisco Digital Network Architecture, which is Cisco’s architectural blueprint for today’s expansive enterprise networks. Regardless of the complexity of your hybrid architectures that incorporate multiple campuses, remotes branch and cloud architectures, Cisco DNA Center can help simplify it.
Deploying Mac introduces several “new” concepts for how to effectively provision and support the devices. Apple methods are different from traditional methods, such as those used in Windows environments, and therefore must be well-understood.