VMware vSAN is a leading software defined storage solution on the market today. Simple yet powerful, vSAN offers intelligent hyperconverged storage architecture that facilitates complete utilization of compute and storage resources, delivering them through a virtual common platform. This structural design not only initiates transformational change in how you host data, but also powers the leading hyperconverged infrastructure solutions today that is transforming data centers across the globe.
Despite the growing popularity of cloud-based storage, many enterprises have seen that their data centers keep thriving and growing. Companies that seek increased governance, security and protection of their data continue to invest in their own on-prem data center environments, especially when it comes to storage.
By now you’ve heard about VMware vSAN—a software defined storage (SDS) solution that combines direct storage devices across a vSphere cluster to create a shared data area distributed across an enterprise network. With vSAN, the user is able to decide on the storage requirements, performance and availability and makes sure the policies put in place are upheld. These are not the only benefits of using VMware vSAN. Keep reading to discover four ways your enterprise can benefit from it.
Think about how much data your company created in 2016. According to IDC, the world collectively created about 16.3 zettabytes (yes, a zettabyte is a billion terabytes). They also predict that the world will create 10x that amount by the year 2025. Approximately 90% of that data will be stored in file and object storage. While consumers have traditionally created the bulk of the data up to now, enterprises will create 60% of the world’s data in 2025. At that time, ten percent of all data will be created by IoT. This brings with it a number of challenges as a result of this exponential growth.
Data plays a critical role driving decisions today for your company and your competitors. Having the ability to access your data as quickly and efficiently as possible can provide a competitive edge in a crowded and disruptive marketplace. The demand to acquire the data you need, when you need it, is why many companies are turning to all-flash storage systems that are smart, fast and efficient. Your enterprise storage system is about more than just storing your company data. It is about making your data work for your business and the customers it serves.
Imagine for a moment that you are calling technical support for a traditional storage solution. You are first greeted by a customer service representative whose job is to take basic information about your problem at hand and forward it on to the appropriate technical support technician or engineer. The representative will ask for the usual product ID numbers, your name, contact information, and remind you of the expiration date of your current service contract. Once your customer profile is established, the barrage of questions begins:
For automobile owners, nothing probably generates as much uncertainty as the “Check Engine” light on the dashboard. A stream of questions commences through your mind once that ominous amber light announces its presence.
Software defined storage (SDS) has the potential to revolutionize your business processes and drive extraordinary value. However, storage isn’t just measured by capacity. In our previous blog post, we laid out the example of thinking of your organization’s storage infrastructure like a virtual city: there are specific places designated for each type of data, from highly-utilized information to archives. Because of this, there is a true need for segmenting your resources; today, SDS is finally allocating true Automated Storage Tiering (AST) for enterprises. AST has created a natural and timely partnership with flash storage to offer the speed and performance that personal computing devices have enjoyed for years and many organizations are now considering all-flash based arrays to meet the demands of server virtualization.
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.
Software defined storage (SDS) is a cost-effective way for companies to store their data in a safe cloud environment while freeing up space traditionally taken up by physical hardware. It can also provide a stronger level of data protection since cloud service providers (although their security policies vary) have a responsibility to care for customer data, per your service agreement. How can you determine if this fits into your organization’s budget? First, let’s dive into the circumstances that created a need for SDS
In today’s digital world, every facet of an organization must become elastic and more flexible, especially the IT department. The Virtual Server Appliance (VSA) can be one of the most valuable tools in your technology arsenal. No matter how much money you throw at hardware, it will never be as elastic as software. Instead, your business can employ VSA, where the storage controller runs in a single virtual machine, which manages the storage directly attached to its host. A VSA is not an appliance, rather, it’s software. Read on for a look into this solution.
Searching for the best way to store your organization’s precious data and informational assets? Your storage infrastructure is incredibly important; in this article we discuss ways software defined storage (SDS) and the Virtual Storage Area Network (vSAN) can complement your strategy. The idea of separating your enterprise’s IT control plane from the data plane and running services over commodity hardware rather than custom proprietary hardware is not new; in fact, it can be quite beneficial.