The History of etcd | CoreOS
Red Hat Enterprise Linux 8.8 and 9.2 leverage Intel’s 5th Gen of features including higher cpu count, faster DDR5 memory, larger 3rd level caches, improved interprocessor bandwidth, and complete implementation of Intel’s Advanced Matrix Extensions. Included in this blog are two new Dell SAP HANA BW...
Docker in Production: A History of Failure
Introduction My first encounter with docker goes back to early 2015. Docker was experimented with to find out whether it could benefit us. At the time it wasn’t possible to run a container [in the background] and there wasn’t any command to see what was running, debug or ssh into the container. The experiment was quick, Docker was useless and closer to an alpha prototype than a release. Fast forwa
The History of etcd | CoreOS
A Site Reliability Engineer (SRE) is a person that operates an application by writing software. They are an engineer, a developer, who knows how to develop software specifically for a particular application domain. The resulting piece of software has an application's operational domain knowledge programmed into it. Our team has been busy in the Kubernetes community designing and implementing this
redhat.com | jboss document
For customersCustomer supportDocumentationSupport CasesSubscription managementRed Hat Ecosystem CatalogFind a partnerFor partnersPartner loginPartner supportBecome a partnerTry, buy, & sellRed Hat MarketplaceRed Hat StoreContact SalesStart a trialLearning resourcesTraining and certificationFor developersHybrid cloud learning hubInteractive labsLearning communityRed Hat TVOpen source communitiesAns
How To Set Up a CoreOS Cluster on DigitalOcean | DigitalOcean
Status: Out of Date This article is no longer current. If you are interested in writing an update for this article, please see DigitalOcean wants to publish your tech tutorial! Reason: On December 22, 2016, CoreOS announced that it no longer maintains fleet. CoreOS recommends using Kubernetes for all clustering needs. See Instead: For guidance using Kubernetes on CoreOS without fleet, see the Kube
Stampede.io CoreOS + Digital Ocean Meetup
This document summarizes Darren Shepherd's presentation about Stampede.io, a hybrid IaaS/Docker orchestration platform he developed. It can run both VMs and containers consistently. Stampede.io provides portable cloud infrastructure, including compute, storage, and networking capabilities using Linux technologies. Darren discussed how Stampede.io could help normalize the infrastructure market by r
DigitalOceanにCoreOSを突っ込んでIRC環境を整えた - 空繰再繰
概要: という話。 はい、もう眠いと言うか、もう寝る準備万端でこの記事を書いてます。にゃるらコト岡村 直樹(26)です。正直寝たいです。 えーっと、確かここ最近の内に、 DigitalOcean で、 CoreOS が、サポートされたとかなんとか、って言う記事を見かけたんですね。 で、それはそれで、 ヲッ！？ と思ってスルー(ぉぃしてたんですが、 そういや、IRC 環境崩壊してたんだっけな…… と思い出したので、今日復旧も兼ねて、 CoreOS with DigitalOcean で、IRC 環境を整えた話を書きたいと思います。 1. DigitalOceanにCoreOSをぶっ込む これについては、オフィシャルのコミュニティで、 Getting Started with CoreOS | DigitalOcean という記事が書かれているので、それに従ってCoreOSをDropletを立
CoreOS + etcd + fleetによるクラスタリング事始め | さくらのナレッジ
CoreOSはDocker用に作られたとても小さなLinuxディストリビューションです。その中で提供されている大きな3つの機能として、Docker/etcd/fleetが知られています。この3つを組み合わせるとクラスタリング構成がとても簡単に実現できるようになります。 ということでさくらのクラウドを使ってフェイルオーバーする所までをトライしてみます。 サーバを立てる 今回は3台のサーバを立てます。OSは全てCoreOSになります。サーバの追加を行う際にアーカイブ選択で CoreOS 367.1.0 (stable) #112600559854 を選択します。後、今回は管理ユーザのパスワードを入力しています（理由は後述）。複数台のサーバを使いますのでホスト名を忘れずに設定しておきます。 サーバ追加画面。アーカイブからCoreOSを選びます。 CoreOSの設定 CoreOSはとてもシンプルな
How To Perform Continuous Integration Testing with Drone.io on CoreOS and Docker | DigitalOcean
// Tutorial //How To Perform Continuous Integration Testing with Drone.io on CoreOS and Docker Introduction Want a minimal setup continuous integration solution? Who wouldn’t! Drone.io uses Docker containers to run your tests, and works with GitHub, GitLab (self-hosted and service based), and Bitbucket. Drone is built using Go and utilizes Docker. It can be run inside a container itself with very
latest
Cloud services editions Fully managed in the public cloud of your choice Red Hat OpenShift Service on AWS Jointly managed and supported by Red Hat and AWS Microsoft Azure Red Hat OpenShift Jointly managed and supported by Red Hat and Microsoft Red Hat OpenShift Dedicated Managed offering available on AWS or Google Cloud Red Hat OpenShift on IBM Cloud Jointly supported by Red Hat and IBM; managed b
redhat.com | jboss document
Cloud ComputingRed Hat Advanced Cluster Management for KubernetesRed Hat® Advanced Cluster Management for Kubernetes controls clusters and applications from a single console, with built-in security policies. Extend the value of Red Hat OpenShift® by deploying apps, managing multiple clusters, and enforcing policies across multiple clusters at scale. Red Hat’s solution ensures compliance, monitors
CoreOS入門
Speaker: Lydia Di Francesco In this workshop, participants will delve into the realm of AI and its profound potential to revolutionize employee wellness initiatives. From stress management to fostering work-life harmony, AI offers a myriad of innovative tools and strategies that can significantly enhance the wellbeing of employees in any organization. Attendees will learn how to effectively levera
1
リリース、障害情報などのサービスのお知らせ
最新の人気エントリーの配信
j次のブックマーク
k前のブックマーク
lあとで読む
eコメント一覧を開く
oページを開く
GitHub - ContinUSE/openstack-on-coreos: Zero Down Time Openstack Operations (Upgrade to Kilo) plus Kubernetes cluster
GitHub - coreos/etcd-operator: etcd operator creates/configures/manages etcd clusters atop Kubernetes
GitHub - stackanetes/stackanetes: Deploy and manage OpenStack on Kubernetes
Static hosting for Bitbucket by Aerobatic
GitHub - rkt/rkt: [Project ended] rkt is a pod-native container engine for Linux. It is composable, secure, and built on standards.![GitHub - rkt/rkt: [Project ended] rkt is a pod-native container engine for Linux. It is composable, secure, and built on standards.](https://cdn-ak-scissors.b.st-hatena.com/image/square/d19a80b189d3ad141fdf12468c738e3e8de5ce85/height=288;version=1;width=512/https%3A%2F%2Fopengraph.githubassets.com%2Fad85705f1a0d4bcd1ec849eee6eeaf8a588a47de92910448ba70140f415ec887%2Frkt%2Frkt)