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On April 21 Ubuntu Desktop 22.04 was released with a lot of new, exciting new features for both consumer and enterprise users. Improved Linux Active Directory (AD) integration is historically one of the most requested functionalities by our corporate users, and with 22.04, we decided to act on the feedback and offer a way to natively manage Ubuntu desktops with the same, familiar tools our clients are already using to manage their Windows estate.

Welcome to the concluding chapter of this journey assessing Yocto and Ubuntu Core for your embedded Linux project. Among the go-to solutions in the industry and benefiting from wide popularity, Yocto enables developers to build a custom embedded Linux distribution from scratch. With extensive control over every stage of compiling and building the target, Yocto provides extreme flexibility to the expert end-user and kernel engineer.

Kubernetes has become the de-facto container management solution of the last decade—and we have no doubt it will stay that way in the upcoming years. It provides a solid abstraction between the infrastructure layer and applications, so that developers can quickly develop, deploy, and operate their applications. Kubernetes is designed as a set of APIs that work together. If you deploy simple applications and make them run, Kubernetes will do it for you.

AWS ELB (Elastic load balancer) automatically distributes incoming application traffic across multiple targets and virtual appliances in one or more Availability Zones (AZs). That helps you achieve high availability and fault tolerance. In this article, we will share with you some tips that will help you best utilize AWS load balancer. We will also provide insights on the best use cases of ALB and NLB, which are the two most commonly used load balancers.

Continuous integration (CI) involves the test automation of feature branches before they are merged to the main Git branch in a project. This ensures that a codebase does not get updated with changes that could break something. Continuous delivery (CD), on the other hand, builds upon CI by automating releases of these branches or the main branch. This allows small incremental updates that reach your users faster, in line with Agile software development philosophy.

Early technical decisions can help make or break a product. The effort to make the right decisions can be a great unifier between standout engineers and top notch executives At Cycle we've been obsessing over the nuances of infrastructure automation for years. So far, it's landed us on the G2 grid as a high performer in a category dominated by the goliaths of the cloud world.

Most developers care about building the next big thing. Automating your build, test, and release processes allows you to maintain focus on innovating and delivering value to your users. By combining the power of best-in-class CI/CD workflow orchestration with managed environments-as-a-service, developers can stay focused on building what’s next.

Before automation became commonly used by software development teams, bottlenecks, repetitive tasks, and human error were rampant. Automation has freed up valuable human resources for organizations while reducing the risk of human error caused by active human brains trying to perform mundane repetitive tasks. Recent strides in the area of continuous integration and continuous deployment (CI/CD) have made it more feasible to automatically deploy updates to software applications.

Virtualization uses software to create an abstract layer over the hardware. By doing this it creates a virtual computer system, known as the virtual machines (VMs). This will allow organizations to run multiple virtual computers, operating systems, and applications on a single physical server How Does Virtualization works: Virtual machine (VM) is a virtual representation of a physical computer.Virtual machines can’t interrelate directly with a physical computer, but.