Let’s take a look at VMs and containers from a security perspective. In this article, I’ll take two different approaches to comparing VM and container security.

Containers vs. VMs Containers also provide a way to isolate applications and provide a virtual platform for applications to run on (see figure, b). Two main differences exist between a container ...

Now more than 10 years into the rise of containers, the relationship between containers and VMs can be better described in terms of melding, rather than replacement.

Virtual machines (VMs) and containers have their place in datacentres, enabling enterprises to ship software quickly while abstracting applications from the underlying infrastructure.

In this post, I'll explore some pros and cons of containers vs. VMs. Basic high-level differences between containers and VMs A VM is an abstraction of physical hardware.

What exactly is a container and what makes it different -- and in some cases better -- than a virtual machine? To answer this question, Joey explains why we ever needed containers in the first place.

Enterprise computing has delivered virtual machines, containers and now serverless programming. Find out where it fits for embedded developers.

Java VMs still have important features to which containers are still catching up -- especially security. Steven J. Vaughan-Nichols offers a great comparison between VMs and containers in this ...

The convergence of VMs and containers in OpenShift is an indicator of Kubernetes becoming the universal control plane that can orchestrate and manage a diverse set of workloads.