October 4, 2018
Platform9 has open sourced its etcdadm tool, answering the prayers of anyone who’s ever said to themselves, “I could really do with a command line interface to manage Kubernetes clusters”.
October 3, 2018
The open source tool, inspired by kubeadm, is the first to provide the Kubernetes community a simple command-line experience to deploy and manage secure etcd clusters anywhere – on-premises or in the cloud – with built-in support for recovery and scalability
October 2, 2018
Platform9 pushed its etcdadm support tool out into the open source community via GitHub in an effort to generate momentum behind automating the configuration, deployment, and management of etcd clusters used by Kubernetes to store control plane information. Those tasks are currently either part of more broadly-focused efforts put on the shoulders of a Kubernetes user, or cobbled together by developers.
October 2, 2018
Etcdadm serves two other functions besides making it easier to deploy etcd clusters, including providing a recovery option from an existing backup in the event of data loss or other errors. It also helps to scale operations by making it simple to add or remove nodes to an etcd cluster.
October 2, 2018
Platform9 has announced a new open-source project called etcdadm, which is a command-line tool that lets users easily configure, install, and operate secure etcd clusters that run anywhere. Etcd is a key component in the Kubernetes stack because it stores the state of a Kubernetes cluster, including node and workload information.
September 26, 2018
A survey of attendees at the 2017 KubeCon found significant fractions of the respondents running Kubernetes on a mix of on-premise infrastructure and the three mega-clouds.
September 25, 2018
“Kubernetes will be the de facto standard across data centers within a couple of years.”
September 6, 2018
Platform9 CEO Sirish Raghuram says an Arbitrage capability added to the Platform9 Managed Kubernetes service can now continuously monitor Spot and standard EC2 instances to determine where the most cost-effective location is for a Kubernetes cluster based on the service level agreements (SLAs) established.