Open Source Container Management Software - Page 8
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Keptn
Cloud-native application life-cycle orchestration
Cloud-native application life-cycle orchestration. Keptn automates your SLO-driven multi-stage delivery and operations & remediation of your applications. Keptn is an event-based control plane for continuous delivery and automated operations for cloud-native applications. -
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Knative Eventing
Event-driven application platform for Kubernetes
Knative Eventing is a collection of APIs that enable you to use an event-driven architecture with your applications. You can use these APIs to create components that route events from event producers (known as sources) to event consumers (known as sinks) that receive events. Sinks can also be configured to respond to HTTP requests by sending a response event. Knative Eventing is a standalone platform that provides support for various types of workloads, including standard Kubernetes Services and Knative Serving Services. Knative Eventing uses standard HTTP requests to route events from event producers to event consumers, following the rules set by the CloudEvents specification. This is a standard set up by the CNCF that has wide support for many programming languages, making it easy to create, understand, send, and receive events. -
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Kruise
Automated management of large-scale applications on Kubernetes
OpenKruise is an extended component suite for Kubernetes, which mainly focuses on automated management of large-scale applications, such as deployment, upgrade, ops, and availability protection. Most features provided by OpenKruise are built primarily based on CRD extensions. They can work in pure Kubernetes clusters without any other dependencies. Kubernetes itself has already provided some features for application deployment and management, such as some basic Workloads. However, it is far from enough to deploy and manage lots of applications in large-scale production clusters. OpenKruise can be easily installed in any Kubernetes cluster. It makes up for defects of Kubernetes, including but not limited to application deployment, upgrade, protection, and operations. -
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KubeLinter
KubeLinter is a static analysis tool that checks Kubernetes YAML files
KubeLinter analyzes Kubernetes YAML files and Helm charts, and checks them against a variety of best practices, with a focus on production readiness and security. KubeLinter runs sensible default checks, designed to give you useful information about your Kubernetes YAML files and Helm charts. This is to help teams check early and often for security misconfigurations and DevOps best practices. Some common examples of these include running containers as a non-root user, enforcing least privilege, and storing sensitive information only in secrets. KubeLinter is configurable, so you can enable and disable checks, as well as create your own custom checks, depending on the policies you want to follow within your organization. When a lint check fails, KubeLinter reports recommendations for how to resolve any potential issues and returns a non-zero exit code. -
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Kubectl-debug
Out-of-tree solution for troubleshooting running pods
kubectl-debug is an out-of-tree solution for troubleshooting running pods, which allows you to run a new container in running pods for debugging purposes (examples). The new container will join the pid, network, user and IPC namespaces of the target container, so you can use arbitrary trouble-shooting tools without pre-installing them in your production container image. -
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Kuberhealthy
A Kubernetes operator for running synthetic checks as pods
Kuberhealthy is a Kubernetes operator for synthetic monitoring and continuous process verification. Write your own tests in any language and Kuberhealthy will run them for you. Automatically creates metrics for Prometheus. Includes simple JSON status page. Kuberhealthy lets you continuously verify that your applications and Kubernetes clusters are working as expected. By creating a custom resource (a KuberhealthyCheck) in your cluster, you can easily enable various synthetic tests and get Prometheus metrics for them. Kuberhealthy comes with lots of useful checks already available to ensure the core functionality of Kubernetes, but checks can be used to test anything you like. We encourage you to write your own check container in any language to test your own applications. It really is quick and easy. -
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Kubernetes Certified Administration
Online resources that will help you prepare for taking the CNCF CKA
Online resources that will help you prepare for taking the Kubernetes Certified Administrator Certification exam. This is not likely a comprehensive list as the exam will be a moving target with the fast pace of k8s development - please make a pull request if there is something wrong, that should be added, or updated. Ensure you have the right version of Kubernetes documentation selected (e.g. v1.26 as of the January 2023 exam), especially for API objects and annotations. -
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Kubernetes DNS
Kubernetes DNS service
This is the repository for Kubernetes DNS(kube-dns and nodelocaldns). Vulnerability patches are mainly for debian-base or debian-iptables images. They can be updated to the latest by modifying rules.mk and dnsmasq Makefile. -
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Kubernetes Examples
Minimal self-contained examples of standard Kubernetes features
A reference repository of YAML with canonical and as-simple-as-possible demonstrations of Kubernetes functionality and features. Minimal self-contained examples of standard Kubernetes features and patterns in YAML. -
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Kubernetes Guide
Kubernetes Handbook
Kubernetes is Google's open source container cluster management system. It is the open source version of Google's large-scale container management technology Borg for many years. It is also one of CNCF's most important projects. Kubernetes has developed very rapidly and has become a leader in the field of container orchestration. The Chinese information of Kubernetes is also very rich, but it is relatively rare to be systematic and keep up with the community update. The "Kubernetes Guide" open source e-book aims to organize reference guides and practice summaries when developing and using Kubernetes, forming a systematic reference guide for easy reference. Welcome everyone to follow and add perfect content. -
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Kubernetes Handbook
Cloud native application architecture practice handbook
Cloud native is a behavioral method and design concept. In its essence, all behaviors or methods that can improve resource utilization and application delivery efficiency on the cloud are cloud-native. The history of cloud computing is a history of cloud native. Kubernetes opened the prelude to cloud native 1.0. The emergence of service mesh Istio led to microservices in the post-Kubernetes era. The rise of serverless has enabled cloud native to advance from the infrastructure layer to the application architecture layer. We are in a cloud native The new era of 2.0. Kubernetes is a container orchestration and scheduling engine developed by Google in June 2014 based on its internal Borg system. Google contributed it as an initial and core project to the CNCF (Cloud Native Computing Foundation). In recent years, it has gradually developed a cloud native Ecology. The goal of Kubernetes is to provide a specification to describe the architecture of the cluster. -
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Kubernetes on Raspbian
Kubernetes on Raspbian (Raspberry Pi)
This repository holds the "original tutorial" for "Kubernetes on Raspbian" by Alex Ellis using kubeadm. It also has a list of reader clusters for your inspiration and Alex's newest work with k3s. -
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Kubernetes shell
Kubernetes shell: An integrated shell for working with the Kubernetes
Kube-shell: An integrated shell for working with the Kubernetes CLI. Under the hood kube-shell still calls kubectl. Kube-shell aims to provide ease-of-use of kubectl and increase productivity. You can use up-arrow and down-arrow to walk through the history of commands executed. Also, up-arrow partial string matching is possible. For e.g. enter 'kubectl get' and use up-arrow and down-arrow to browse through all kubectl get commands. You could also use CTRL+r to search from the history of commands. Details of the current context from kubeconfig is always readily displayed on the bottom toolbar. By pressing F4 button you can switch between the clusters and using F5 can switch between namespaces. -
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Kubicorn
Simple, cloud native infrastructure for Kubernetes
Create, manage, snapshot, and scale Kubernetes infrastructure in the public cloud. Kubicorn will be going through a breaking API change as we adopt the upstream cluster API. kubicorn is a free and open source project that solves the Kubernetes infrastructure problem and gives users a rich Golang library to work with infrastructure. unicorn is a project that helps a user manage cloud infrastructure for Kubernetes. With kubicorn a user can declaratively create new clusters, and modify and scale them. -
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Kuma
The multi-zone service mesh for containers, Kubernetes and VMs
Kuma is a modern Envoy-based service mesh that can run on every cloud, in a single or multi-zone capacity, across both Kubernetes and VMs. Thanks to its broad universal workload support, combined with native support for Envoy as its data plane proxy technology (but with no Envoy expertise required), Kuma provides modern L4-L7 service connectivity, discovery, security, observability, routing, and more across any service on any platform, databases included. Easy to use, with built-in service mesh policies for security, traffic control, discovery, observability, and more, Kuma ships with advanced multi-zone and multi-mesh support that automatically enables cross-zone communication across different clusters and clouds, and automatically propagates service mesh policies across the infrastructure. Kuma is currently being adopted by enterprise organizations around the world to support distributed service meshes across the application teams, on both Kubernetes and VMs. -
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LOG HOUSE
Ready to use log management solution for Kubernetes storing data
Ready to use log management solution for Kubernetes storing data in ClickHouse and providing web UI. Ready to use log management solution for Kubernetes. Efficiently store big amounts of your logs (in ClickHouse database), process them using a simple query language and monitor them online through web UI. Easy and quick to deploy in an already functioning Kubernetes cluster. The status is alpha. However, we (Flant) use it in our production Kubernetes deployments since September 2017. Data structure might change during alpha releases, so please be careful when updating (all relevant information is published in corresponding release notes). The data structure will become stable in the beta version. -
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Machinehead
Application manager that deploys and maintains set of compose projects
A docker-compose application manager that deploys and maintains a set of compose projects and provides secret management for them via Vault. Machinehead is designed for single-server hobbyists who want to make use of containers and modern GitOps practices but can't since most of the tools (such as kube-applier) focus on cluster technology such as Swarm and Kubernetes. In addition to this lack of tooling, managing sensitive secrets such as database credentials on single-server deployments doesn't have many solutions that integrate with Docker nicely. Machinehead is essentially a background process that is given one or more Git repositories that contain docker-compose.yml files. It will periodically attempt to pull from each reository and, if there is a change it will execute docker-compose up for it. This lets you update the configuration of your containerised applications simply by doing a git push! -
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Marathon
Deploy and manage containers (including Docker) on top of Apache Mesos
A container orchestration platform for Mesos and DC/OS. Deploy and manage containers (including Docker) on top of Apache Mesos at scale. Marathon is a production-grade container orchestration platform for Mesosphere’s Datacenter Operating System (DC/OS) and Apache Mesos. Marathon has first-class support for both Mesos containers (using cgroups) and Docker. Marathon runs as an active/passive cluster with leader election for 100% uptime. Marathon can bind persistent storage volumes to your application. You can run databases like MySQL and Postgres, and have storage accounted for by Mesos. Supply an HTTP endpoint to receive notifications, for example to integrate with an external load balancer. Query them at /metrics in JSON format, push them to systems like Graphite, StatsD and DataDog, or scrape them using Prometheus. -
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Mesos Cluster
Scripts to configure a Mesos cluster using Mesos and Mesosphere
Scripts to configure a Mesos cluster using Mesos and Mesosphere services. Mesos master running the Marathon and Chronos frameworks. Mesos agent with Docker containerizer. Mesos DNS for core service discovery. Marathon load balancer using HAProxy for SSL and proxying to internal applications. To try it out locally use the Vagrant configuration. To use the scripts to build a custom Mesos cluster first install the roles in your project and configure Ansible to load roles from the roles directory provided by this project. Install the chronos-sync ruby script distributed as part of Chronos. Once installed the script can be used for keeping version controlled Chronos job definitions up-to-date with a Chronos instance. Install DCOS CLI and configure for use "inside the cluster" with configured master nodes. The configuration relies on Mesos DNS to provide the Mesos master and Marathon endpoints. -
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Microsoft OpenPAI FrameworkController
General-Purpose Kubernetes Pod Controller
As one standalone component of Microsoft OpenPAI, FrameworkController (FC) is built to orchestrate all kinds of applications on Kubernetes by a single controller, especially for DeepLearning applications. In the open source community, there are so many specialized Kubernetes Pod controllers which are built for a specific kind of application, such as Kubernetes StatefulSet Controller, Kubernetes Job Controller, KubeFlow TensorFlow Operator, KubeFlow PyTorch Operator. However, no one is built for all kinds of applications and combination of the existing ones still cannot support some kinds of applications. So, we have to learn, use, develop, deploy and maintain so many Pod controllers. Partitioned to different heterogeneous TaskRoles which share the same lifecycle. Ordered in the same homogeneous TaskRole by TaskIndex. With consistent identity {FrameworkName}-{TaskRoleName}-{TaskIndex} as PodName. -
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Moby
Project for the container ecosystem to assemble containe-based systems
An open framework to assemble specialized container systems without reinventing the wheel. Moby is an open framework created by Docker to assemble specialized container systems without reinventing the wheel. It provides a “lego set” of dozens of standard components and a framework for assembling them into custom platforms. At the core of Moby is a framework to assemble specialized container systems which provides a library of containerized components for all vital aspects of a container system, OS, container runtime, orchestration, infrastructure management, networking, storage, security, build, image distribution, etc. Tools to assemble the components into runnable artifacts for a variety of platforms and architectures: bare metal (both x86 and Arm); executables for Linux, Mac and Windows; VM images for popular cloud and virtualization providers. -
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My Home Operations Repository
Wife approved HomeOps driven by Kubernetes and GitOps using Flux
This is a mono repository for my home infrastructure and Kubernetes cluster. I try to adhere to Infrastructure as Code (IaC) and GitOps practices using tools like Ansible, Terraform, Kubernetes, Flux, Renovate, and GitHub Actions. -
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MySQL Operator
Asynchronous MySQL Replication on Kubernetes using Percona Server
MySQL Operator enables bulletproof MySQL on Kubernetes. It manages all the necessary resources for deploying and managing a highly available MySQL cluster. It provides effortless backups, while keeping the cluster highly available. If the operator has helped you out with your projects, please consider sponsoring it to speed up the development. Issues are answered in this repo on a best-effort basis. For paid commercial support, deployment, integration and prioritizing of features, please check the dedicated service provided by Bitpoke. The operator has been developed by Bitpoke for internal use to run WordPress in a cloud-native app and has been open-sourced for the general public to benefit. -
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Naftis
An awesome dashboard for Istio built with love
Naftis is a web-based dashboard for Istio that helps users manage their Istio tasks more easily. Using Naftis, we can customize our own task templates, build tasks from them, then execute them. -
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Nebula docs
Documentation repo of nebula orchestration system
Nebula is a open source distributed Docker orchestrator designed for massive scales (tens of thousands of servers/worker devices), unlike Mesos/Swarm/Kubernetes it has the ability to have workers distributed on high latency connections (such as the internet) yet have the pods(containers) be managed centrally with changes taking affect (almost) immediately, this makes Nebula ideal for managing a vast cluster of servers\devices across the globe, some example use cases are appliances\virtual appliances located at clients data centers, edge computing, and POS systems. Ever wandered how your going to push an update to that smart fridge your company is working on as it's thousands of devices around the globe? wish you could have the assurance that your service will always use the latest code\envvars\etc in all of it's edge locations? want the ability to stop\start a globally distributed service with a single command? Nebula was designed from the ground up to answer all of this needs.
