Teams are locked into a cycle of suffering characterized by the feeling that they are sprinting just to stay still. This morale and productivity-destroying state is caused by an inability to find time to save time. Our new research, The State of Availability Report 2022, discovered that teams know what they want to do—harness cloud and DevOps practices and tools to advance digital transformation—but something’s getting in the way.

Enterprises are looking to capitalise on the new wave of small form-factor computing and navigate the shift to the edge. Device manufacturers across the world are racing to build embedded, connected devices that will deliver on the promise of the fourth industrial revolution. Many of them are looking to explore data-driven value-chain optimisations, predictive maintenance and or new digital customer experiences.

Engineering teams’ autonomy and agility are vital in achieving efficient software development. However, manual infrastructure provisioning is a major source of inefficiency and bottleneck. As the developers wait for Ops teams to provision complex infrastructure, they cannot bring the creativity, speed, and agility expected of them. This is the reason successful companies are quickly adopting self-service infrastructure.

Yet, the same flexibility that makes EC2 so appealing can also make it complex, confusing, and unnecessarily costly. A good way to understand the compute service is to familiarize yourself with EC2 instance types, and what the best use cases are for each. This guide will cover that and more.

As a developer, it can become challenging to manage Kubernetes and develop applications simultaneously. That’s why we put together this guide to show you how the Kubernetes Dashboard can help developers overcome this problem and get an overview of the cluster and its workloads. From this, developers can focus more on application development while stressing less on cluster management.

Kubernetes is today the most well-known container scheduler used by thousands of companies. Being able to quickly and automatically scale your application is something standard nowadays. However, knowing how to do it well is another topic. In this article, we'll cover how pod autoscaling works, how it can be used, when it's exciting and not, and finally, we'll cover it with a Qovery usage we have internally.

We are excited to announce that deploying Kubewarden in air gap environments has been simplified and documented! For that, you will need a private OCI registry accessible by your Kubernetes cluster. If you’re unfamiliar with Kubewarden, it’s a policy engine for Kubernetes. Its mission is to simplify the adoption of policy-as-code. Kubewarden policies are WebAssembly modules; therefore they can be stored inside an OCI-compliant registry as OCI artifacts.

Rancher, the open source container management platform, uses Fleet to enable its continuous deployment features. Fleet brings GitOps functionality to Rancher. Fleet in Rancher 2.7.0 can fetch Helm charts from OCI registries. Using OCI registries to store Helm charts is an increasingly popular storage method. It allows storing your charts in a registry alongside your container images. This unifies the storage options for charts and reduces friction. Using a chart in an OCI registry is fairly simple.

Today, data is invaluable. Many businesses store large amounts of it for everyday operations. Some information is stored in a hierarchical form, but companies must often hold significant amounts of data without any organization. The solution? Microsoft Azure’s Blob Storage. In this article, we’ll consider the key elements of Blob Storage, how it works, and why it’s important.

The service catalog is an indispensable component of a team’s software development infrastructure. Anything you need to know about your microservice architecture - whether it is knowing who owns a particular service or what another service’s dependencies are - lives inside this repository. Its potential, however, is not limited to being a storehouse for all the data about your microservices.