Everyone, nowadays, has several accounts and credentials to take care of, that’s why everyone needs a decent and possibly open source password manager. When it comes to managing passwords there are many choices available on Linux: in the past, for example we talked about “pass”, a great, command line oriented, password-manager based on standard tools such as GPG and git. In this article we explore an alternative which can be the ideal solution for individuals and small organizations: Vaultwarden.
Kubernetes vs. Docker Swarm: A Beginner’s Comparison
Container orchestration technology has become one of the best ways to create a cluster of fault tolerant and highly scalable applications. Currently, the two biggest names in the field are Kubernetes and Docker Swarm. Both are software that can create and manage a cluster of containerized applications.
How to Install Kubernetes on Rocky Linux
Kubernetes has quickly risen in popularity as the go to solution for deploying containerized applications inside of a cluster. It gives administrators many options for scaling applications, and offers advanced features like rolling updates and self healing. To get started learning about Kubernetes or to test your containerized applications in a deployment scenario, installing minikube will help immensely.
How to Install Kubernetes on Ubuntu Linux
Kubernetes allows administrators to create a cluster and deploy containerized applications into it. Kubernetes makes it easy to scale your applications, keep them up to date, and provide fault tolerance across numerous nodes. One of the easiest ways to get started with Kubernetes is by installing minikube.
Kubernetes vs Docker, what’s the difference?
Kubernetes and Docker are two names that often get lumped in together. If you are new to containerization technology, you might be wondering what these two technologies do, how they are different from each other, and how both of them fit into the puzzle to tackle a single goal. Both of these tools are important and relevant to system administrators, and are often employed on a Linux system.
How to Create a Kubernetes Cluster
Kubernetes is leading software in container orchestration. Kubernetes works by managing clusters, which is simply a set of hosts meant for running containerized applications. In order to have a Kubernetes cluster, you need a minimum of two nodes – a master node and a worker node. Of course, you can expand the cluster by adding as many worker nodes as you need.
How to manage and troubleshoot Kubernetes logs
Kubernetes is open source software that allows us to manage containerized applications across node systems. When it comes to managing a Kubernetes cluster, one of the most important aspects of administration is to keep constant tabs on the logs. These logs give us valuable information about the performance and overall health of our Kubernetes cluster. In this tutorial, we will see how to manage and troubleshooting Kubernetes logs on a Linux system.
How to Install Kubernetes on All Linux Distros
Kubernetes is container orchestration software that allows us to deploy, manage, and scale containerized applications across any number of node systems. It is a powerful and open source technology which makes it far more efficient to run applications at scale, and supersedes the traditional way of running applications directly on the operating system or in a virtual machine. A Kubernetes cluster also introduces self healing, load balancing, and a way to manage hundreds or thousands of containerized application from a single command prompt.
How to Manage Kubernetes Clusters With kubectl
kubectl command is how administrators interact with and manage a Kubernetes cluster on a Linux system. It is an essential command line tool that works with all Kubernetes cluster envrionments like Amazon Web Services, Google Cloud Platform, or a cluster on your own hardware (e.g., kubeadm). Managing Kubernetes clusters at scale can be a challenge at first, but mastering the
kubectl command will make it much easier.
How to Deploy an Application in Kubernetes
Kubernetes gives system administrators the means to manage containerized applications. To get started, we need to deploy an application inside of our Kubernetes cluster. From there, Kubernetes will manage many aspects of our application, plus give us tools to interact with it as needed. In this tutorial, we will go through the step by step instructions to deploy an application in Kubernetes on a Linux system.
Instant privacy with tor, privoxy and docker
We have created a Docker container linuxconfig/instantprivacy that you can deploy for instant privacy. It utilizes Tor (anonymity network) and Privoxy (non-caching web-proxy) to deliver instant privacy, and is based on GNU/Linux Debian 11 Bullseye. We’re also open to feedback or feature requests that you would like to see in the container. In this tutorial, we will explain how Tor and Privoxy combine to make your web browsing private, and how to download and run the instant-privacy Docker container.
How to remove dangling and unused Docker images
Docker is a free and open source OS-level virtualization system which allows us to pack and deliver applications together with their dependencies in isolated and reproducible environments called containers. Docker containers are built on the base of Images, which can become “dangling” in certain situations.