#go #asynq #dtm #elasticsearcg #filebeat #gitlab #go_queue #go_stash #go_zero #goctl #golang #gozero #grafana #harbor #jaeger #jenkins #k8s #kafka #microservices #modd #prometheus

https://github.com/Mikaelemmmm/go-zero-looklook

#hcl #ansible #flux #gitops #k3s #k8s_at_home #kubernetes #renovate #selfhosted #terraform

https://github.com/onedr0p/home-ops

#go #enhancements #k8s_sig_architecture #kubernetes #kubernetes_releases

https://github.com/kubernetes/enhancements

#go #automated_failover #business_continuity #database #database_management #devops #disaster_recovery #failover #high_availability #json_logging #k8s #kubectl_plugin #kubernetes #operator #postgres #postgresql #prometheus_exporter #replication #self_healing #sql #switchover

https://github.com/cloudnative-pg/cloudnative-pg

#go #alicloud #aws #azure #cluster #controller #equinixmetal #extensibility #gardener #gcp #golang #hetzner #k8s #kubernetes #kubevirt #metalstack #onmetal #openstack #vsphere

https://github.com/gardener/gardener

#go #architecture #argocd #best_practices #codegen #csi_driver #ddd #ddd_sample #event_sourcing #example #gitops #golang #helm_chart #k8s #kafka #kubernetes #layered_architecture #microservices #mq #shortlink

https://github.com/shortlink-org/shortlink

#go #k8s_sig_scheduling #kubernetes

https://github.com/kubernetes-sigs/descheduler

#html #blueteam #cloud_native #cloud_security #cloudsecurity #container #container_security #devsecops #docker #hacking #infrastructure #k8s #kubernetes #kubernetes_goat #kubernetes_security #owasp #pentesting #redteam #security #vulnerable_app

https://github.com/madhuakula/kubernetes-goat

#jinja #ansible #calico #cilium #docker #etcd #flannel #k8s #kubeasz #kubernetes

**kubeasz** is a tool that helps you quickly set up a highly available Kubernetes (k8s) cluster. It uses binary deployment and Ansible playbooks for automation, offering both one-click installation scripts and step-by-step guides. You can customize almost any parameter of the cluster components and use pre-set default configurations for large-scale clusters.

The benefits include:
- High availability for master nodes
- Support for multiple architectures (amd64/arm64)
- Offline installation option
- Compatibility with various Linux distributions
- Automated network setup with options like Calico, Cilium, and more
- Easy management and upgrade of the cluster

This makes it easier to deploy and manage Kubernetes clusters efficiently.

https://github.com/easzlab/kubeasz

#go #k8s_sig_api_machinery

The Kubernetes controller-runtime project provides a set of Go libraries to help you build controllers for Kubernetes. It is used by tools like Kubebuilder and Operator SDK, which are great for starting new projects. This project follows semantic versioning, ensuring compatible code releases. You can find detailed documentation and examples to help you get started. The benefit to you is that it makes building and managing Kubernetes controllers easier and more reliable, with clear guidelines for contributions and compatibility.

https://github.com/kubernetes-sigs/controller-runtime

#go #go #golang #k8s #k8s_cluster #k9s #kubernetes #kubernetes_cli #kubernetes_clusters

K9s is a tool that helps you manage your Kubernetes clusters more easily. It provides a terminal user interface where you can navigate, observe, and manage your Kubernetes applications. Here are the key benefits K9s continuously watches your Kubernetes cluster for changes and offers commands to interact with your resources.
- **Customizable** K9s is free and maintained by the community, with options to sponsor the project if it helps you.
- **Multi-Platform Support** Includes features like benchmarking, node shell access, and integration with tools like Popeye for cluster sanitization.

Overall, K9s simplifies the management of your Kubernetes clusters, making it more efficient and productive.

https://github.com/derailed/k9s

#go #cluster #database #grafana #graphite #influxdb #k8s #kubernetes #monitoring #observability #opentsdb #prometheus #promql #scalability #thanos #tsdb

VictoriaMetrics is a fast, cost-saving, and scalable solution for managing time series data. It offers high performance and reliability, making it ideal for businesses of all sizes. Key benefits include long-term storage for Prometheus and Graphite, powerful stream aggregation, support for large amounts of data from various sources, and easy setup with a small binary. It also supports multiple protocols and has features like anomaly detection, backup automation, and downsampling in its Enterprise version. This tool reduces storage costs and outperforms other solutions in terms of memory footprint and data compression, making it highly efficient for handling large datasets.

https://github.com/VictoriaMetrics/VictoriaMetrics

#jinja #ansible #aws #bare_metal #gce #hacktoberfest #high_availability #k8s_sig_cluster_lifecycle #kubernetes #kubernetes_cluster #kubespray

You can use Kubespray to easily deploy a production-ready Kubernetes cluster on various cloud providers like AWS, Azure, OpenStack, and more, or even on bare metal. This tool offers a highly available cluster and allows you to choose your network plugin, supporting many popular Linux distributions. It also includes continuous integration tests to ensure stability. To set up, you can use Ansible or Vagrant, and there are detailed guides and community resources available to help you through the process. This makes it easier and faster to get a reliable Kubernetes cluster up and running, saving you time and effort.

https://github.com/kubernetes-sigs/kubespray

#go #k8s #kubernetes

K3s is a simpler and lighter version of Kubernetes. It is easy to install, uses half the memory, and comes in a single binary less than 100 MB. This makes it great for edge computing, IoT devices, continuous integration (CI), development, and situations where you don't need complex Kubernetes setups. K3s includes essential components like Containerd, Flannel, CoreDNS, and Traefik, and it is secure by default with minimal OS dependencies. It simplifies managing TLS certificates, node connections, and deploying resources, making Kubernetes easier to use without changing its core functionality. This benefits users by providing a more streamlined and efficient way to run Kubernetes, especially in resource-constrained environments.

https://github.com/k3s-io/k3s

#java #bash #docker #filemanager #files #incus #java #javafx #k8s #kubernetes #lxd #networking #podman #sftp #ssh #tailscale #wsl

XPipe is a tool that helps you manage all your remote connections in one place. It works with tools like SSH, Docker, and Kubernetes, making it easy to connect to servers and manage files remotely. You can use your favorite text editors and terminals with XPipe, which also supports secure file transfers and password management. This means you can easily access and work on multiple systems at once without needing to set up anything on the remote systems themselves.

https://github.com/xpipe-io/xpipe

#typescript #cloud_native #dashboard #debugging #devops #headlamp #k8s #kinvolk #kubernetes #kubernetes_dashboard #kubernetes_debugging #kubernetes_monitoring #kubernetes_ui #orchestration #plugins

Headlamp is a user-friendly tool for managing Kubernetes. It provides a graphical interface that makes it easier for people to use Kubernetes without needing to write complex commands. This tool is extensible, meaning you can add plugins to customize it for your needs. It works with multiple clusters and shows resources like pods and deployments. Headlamp also respects user permissions, so you can only perform actions you are allowed to do. This helps make Kubernetes more accessible to a wider range of users.

https://github.com/kubernetes-sigs/headlamp

#go #amazon_s3 #cloud #cloudnative #cloudstorage #go #k8s #kubernetes #multi_cloud #multi_cloud_kubernetes #objectstorage #s3 #storage

MinIO is a fast and scalable object storage system that works like Amazon S3. It's great for storing large amounts of data, especially for machine learning and analytics projects. MinIO is easy to use, runs on many platforms, and supports Kubernetes for easy management. It also provides strong data protection with features like erasure coding and encryption. This makes MinIO a good choice for businesses that need reliable and efficient data storage solutions.

https://github.com/minio/minio

#go #cloud #devsecops #k8s #kubernetes #mesh #mesh_network #network #networking #overlay_network #security #self_hosted #virtual_network #virtual_networking #vpn #vpn_server #wg_quick #wireguard #wireguard_ui #wireguard_vpn #zero_trust

Netmaker is a powerful tool for creating and managing secure networks. It uses WireGuard to provide fast and secure connections, allowing you to connect devices anywhere in the world. With features like mesh VPNs and multi-network segmentation, you can organize your networks securely and efficiently. Netmaker also offers robust access controls and integration with OAuth for secure user management. This helps keep your network safe and compliant, making it ideal for businesses managing complex network setups.

https://github.com/gravitl/netmaker

#go #aws #azure #cncf #cost #cost_optimization #finops #gcp #k8s #kubernetes #monitoring #opencost #prometheus

OpenCost is a free, open-source tool that helps you see and understand the costs of running Kubernetes clusters and cloud services in real time. It breaks down costs by cluster, node, namespace, pod, and more, across multiple cloud providers like AWS, Azure, and GCP, and even supports on-premises setups. This lets you track where your money is going, spot expensive resources, and manage your cloud spending better. It integrates with Prometheus for metrics and offers a user-friendly web interface and APIs for easy cost monitoring and exporting. Using OpenCost helps you control and optimize your cloud and Kubernetes expenses efficiently[1][2][3][4].

https://github.com/opencost/opencost

#go #argocd #cloud_native #cncf #container_management #devops #ebpf #hacktoberfest #istio #jenkins #k8s #kubernetes #kubernetes_platform_solution #kubesphere #llm #multi_cluster #observability #servicemesh

KubeSphere is an easy-to-use, open-source platform that helps you manage Kubernetes clusters across clouds, data centers, and edge devices from one place. It offers a friendly web interface, supports multi-cluster and multi-tenant management, and automates DevOps tasks like CI/CD pipelines. You get built-in monitoring, logging, alerting, and security features such as role-based access control. It also includes an App Store for quick deployment of applications and supports various storage and networking options. This makes managing complex Kubernetes environments simpler, faster, and more secure, saving you time and reducing operational challenges.

https://github.com/kubesphere/kubesphere