New technological developments such as cloud computing and virtualization are prying small- and medium-sized businesses away from traditional client-server architecture. In contention now lie Containers, a technology influenced by cloud computing that offers a less complex alternative to virtualization.
A common reason for running the Windows operating system (OS) on a Mac computer is to bypass compatibility issues. Virtualization is the only way to efficiently install OS-specific software on any machine, so let’s go over some of the ways this solution creates synergy between the two platforms.
Azure is a cloud platform for creating, deploying and managing virtualized solutions that are hosted by Microsoft servers. Included in Azure’s list of services is a technology that is quickly gaining popularity: containers. They’re a great way to get more out of your servers, but until recently they were also incredibly hard to manage.
The relationship between computer hardware and software can be frustrating. Both require the other to function properly, but both also require individual attention. Virtualization makes this relationship far more flexible, and we’ve got a rundown on a few of the best examples.
Business owners barely had time to acquaint themselves with virtualization before the next trend stormed onto the scene. Although container and virtualization applications both allow users to divvy up software and hardware more efficiently, containers have many advantages over virtualized machines.
Virtualization is a great way to save money and increase the efficiency of your existing IT hardware, but how exactly do you implement a virtualization solution? There are several vendors that provide software solutions, but there’s one almost everyone has already worked with: Microsoft.
Virtualization comes with several benefits for small- and medium-sized businesses. One of the most important is cybersecurity, but even within that subset are several strategies for protecting your organization. One of such strategy is referred to as sandboxing, and it’s worth learning about.
Virtual containers have incrementally increased the ability of users to create portable, self-contained kernels of information and applications since the technology first appeared in the early 2000s. Now, containers are one of the biggest data trends of the decade — some say at the expense of the virtual machine (VM) technology that preceded them.
There is a trend toward the use of ‘containers’ as a virtualization strategy within the IT world. And it’s one that seems to be gaining popularity. Virtual containers work in similar fashion to shipping containers, which have made transport of bulky goods uncomplicated and uniform.
Microsoft’s Edge browser has enhanced its security features with new virtualization protocols. By running the browser inside a virtual container, it keeps web content totally separate from the Edge browser and your hard drive. Although it’s a much smaller scale than what we are used to seeing out of Microsoft’s virtualization strategies, this is a gigantic boost to Windows’s native internet browser.