At Qovery, we build our frontend using Nx and rely on the official nrwl/ci GitHub Actions. Our frontend requires third-party tokens during compile time, but we would like to avoid hardcoding them or using the.env file to define our tokens. The latter exposes our source code directly on GitHub, and even though it's not sensitive data, we don't want it to be easily scraped.

The evolution of cloud infrastructure management has been significantly influenced by the development of Infrastructure as Code (IaC) tools, among which Crossplane stands out as a pioneering solution. CrossPlane, an open-source project, revolutionizes how developers manage and orchestrate cloud services by extending Kubernetes with powerful abstractions for multi-cloud environments.

Kubernetes is an open-source platform designed to automate deploying, scaling, and managing containerized applications. It groups containers that make up an application into logical units for easy management and discovery. Understanding the architecture of Kubernetes is crucial for anyone who works with this platform. It helps you to better understand how different components of a Kubernetes cluster interact with each other and how applications are run on this platform.

Kubernetes has emerged as the de facto orchestrator for deploying and managing containerized applications. Its versatility and robust ecosystem have paved the way for innovative tools that leverage its capabilities, extending its utility beyond mere container orchestration. Among these tools, Crossplane and Qovery stand out for their unique approaches to simplifying cloud resource management.

Welcome to our hands-on tutorial on Kubernetes, the powerful open-source platform often abbreviated as k8s. In this tutorial, we are diving into the world of container orchestration, simplifying the complexities, and making Kubernetes accessible for developers. Whether you are just starting out or looking to enhance your existing skills in Kubernetes, this guide is designed to walk you through the process step-by-step.

Kubernetes and OpenShift are two major players in the container management space, each offering unique advantages and challenges. This article will discuss both these platforms, comparing their strengths and weaknesses. We will also explore their ideal use cases, and how a platform like Qovery bridges the gap between them. Whether you're a proficient DevOps or a developer, understanding these platforms can help you make the right choice for your container-based applications.

Building containerized applications opens doors to efficiency and scalability, especially for developers looking to streamline their workflows. Kubernetes, a game-changer in container orchestration, makes it easier for developers to manage these applications. This article will discuss in great detail on what Kubernetes is, why it matters, and how it simplifies container orchestration, paving the way for robust and flexible applications.

Let's face it! Kubernetes is the standard for container orchestration, reshaping how we deploy and manage applications for the last 8 years - do you even remember when you run "docker run " on an application server? 😁. However, it's crucial to recognize that Kubernetes was never initially designed with the everyday developer in mind.

In the world of Kubernetes and container management, Rancher and OpenShift have established themselves as prominent players. Both offer unique features and capabilities to streamline cloud application deployment and management. This article will explore a detailed comparison between these two powerhouses. From deployment flexibility and cloud integration to user interface and support structures, we will analyze each platform to provide a comprehensive view.