Pro-tested K8s & DevOps tools
The emergence of Kubernetes has dominated the container orchestration market and strengthened the way operations used to be, blurring the boundary between development and operations and making the role of DevOps much clearer. It is one of the most popular container solutions available today.
Every software engineer can use Kubernetes to define the topology between services, the number of nodes on the line, resource usage and quickly implement horizontal scaling, blue-green deployments, and other complex operations of the past. Here is a list of tools to help you get the most out of Kubernetes.
Clustering deployment tools
Amazon Elastic Container Service is a Kubernetes DevOps tool that allows users to manage and scale their containerized applications and simplify deployment with Kubernetes. Amazon EKS is a worthwhile option when you need a Kubernetes service that is secure and stable enough to maintain your infrastructure with as little effort as possible and want to put more effort into the development of your business.
KubeSpray is a cluster life cycle manager that helps deploy production-ready Kubernetes clusters. It uses an ansible-playbook to automate Kubernetes cluster configuration. Key features include Ansible-based, highly available, cross-platform; popular cloud provider integration or even bare metal, multiple configuration options, multi-platform CI/CD, and more. Because Kubespray has an open development model that is easy to use and reduces the difficulty of orchestrating clusters, anyone can easily learn how to use Kubespray.
Conjure-up is easy to use and allows users to deploy their applications with minimal issues. Supports localhost deployments, AWS, bare metal, Azure, VMware, Joynet, and OpenStack.
Kubewatch is a great tool to use. Kubewatch can monitor those specific Kubernetes events and push such events to endpoints such as Slack and PagerDuty as notifications. It is possible to ensure that your containers are secure and packaged using industry best practices while monitoring software for vulnerabilities and updates. However, users say that adding support for multiple instances would be more helpful. Multiple endpoints are supported and easy to deploy.
Weave Scope is used to monitor and troubleshoot Kubernetes and Docker clusters, so you can have your hands free to identify and correct problems with your containerized applications.
Testinfra is an infrastructure testing framework that makes it easy to write unit tests to verify the state of your servers. One back-end it supports is Ansible, so this means that Testinfra can test them directly using Ansible’s manifest files and the set of machines defined in the manifest. Very useful for handling complex templates to test and detect errors.
Trireme introduces a novel approach to network authorization by improving the security and reducing the complexity of Kubernetes processes, workloads, and containers. It is recommended to reduce the complexity of Kubernetes workloads, containers, and processes. It can help you enforce security at the application level.
This is a behavioral activity monitoring tool that provides deep container visibility, reduces the time required to detect security events, and applies rules that allow you to monitor and detect container, application, host, and network activity. Use it to check its infrastructure, detect anomalies and set up alert notifications for any type of Linux system call.
Falco can also monitor when a shell is running in a container, where a container is mounted, unexpected reads of sensitive files, outbound network attempts, and other suspicious calls.
Cabin is a mobile dashboard for managing Kubernetes via Android or iOS. It agrees with users to manage their cluster remotely and is an outstanding tool for quick remediation of all events. Cabin can quickly manage Kubernetes applications when they are away from the main device. This is not a tool for development. Cabin is useful when engineers are often away from their main computer and need to quickly manage their Kubernetes cluster.
Kubectx/Kubens use the autocomplete feature to help users easily switch contexts by switching back and forth between clusters and connecting to each cluster at the same time. You can use it to switch smoothly between Kubernetes namespaces. It is beneficial for users who are always navigating between clusters or namespaces.
It allows you to debug Kubernetes services locally, simplifying the development and debugging process.
Helm helps users manage their Kubernetes applications and allows you to share your applications through Helm diagrams. This allows users to create shareable and replicable builds, but it is not recommended for more advanced and frequent deployments.
It allows users to refocus on writing code and testing their applications. This is because it automatically updates the Kubernetes workload if a new version of the application is available in the repository.