Running software in multiple containers using HCL accelerates becomes much more efficient with Kubernetes overcoming the limitations of Docker Compose.

OneDB 2.0 extends OneDB’s enterprise-class database functionality to the cloud. Let’s look at some of these capabilities by reading this blog.

HCLSoftware, a division of HCLTech, develops, markets, sells and supports software for digital transformation, data, analytics and insights, AI and automation, and enterprise security.

HCL SoFy amplifies the integration of world-class HCLSoftware products and services to generate a customized solution quickly and easily.

The cloud-native strategy allows an organization to realize business benefits through public, private, and hybrid cloud resources. Let’s learn its benefit.

HCL Unica is now offered on Google Cloud, and clients will have access to the wide-ranging solutions that are included in the Google Cloud Platform. Read More.

We are in the midst of an information technology revolution driven by the cloud. The emergence of containers, with their fast startup, standardized application packaging, and isolation model, is further contributing to efficiency and agility.

Developers are becoming increasingly used to hearing the names Kubernetes and Docker in conjunction with one another. They’re both technologies associated with containers (packages of software that include all of the parts required to run an app, like the code and system libraries), but a common misconception is that they’re competing solutions. Developers might be familiar with “Kubernetes vs. Docker” discussions when, in fact, using Kubernetes with Docker is an excellent method of running containerized applications. But to understand what that means, we first have to look at what each platform does separately.  What Does Docker do?  Docker is currently the most popular container platform. In this context, containers are the solution to a classic developer dilemma: Often developers will write code that works perfectly well on their own machine, but fails when they try to implement it into the program it needs to live in. Containers are the solution to this dilemma — developers can package their code into one cohesive container image, which can then be run on any computer that also hosts a container platform.   30% of enterprise companies use Docker, and that number is steadily rising. If a developer can benefit from containerization, chances are they’ll look to Docker for their solution.  So, What Does Kubernetes Do, and How are They Related?  Now that you have a grasp on what Docker does and why it’s an important tool to be aware of, the first thing that’s important to understand about the Docker/Kubernetes relationship is that the two technologies serve fundamentally different purposes. As the Container Journal nicely put it, “Kubernetes takes containerization technology ... and turns it up to 11.”   Kubernetes arrived as a solution to the next conundrum that comes with containerization: Now that the containers exist, how can they be organized? If Docker is in charge of packaging and distributing an application, Kubernetes is in charge of scaling and monitoring those...

Docker is currently one of the most popular containerization technologies and an industry buzz. At HCL, we understand our customers’ need for greater usability, flexibility, and a high level of stability.