The History of etcd | CoreOS
For customersCustomer supportSubscription managementSupport casesRed Hat Ecosystem CatalogFind a partnerFor partnersPartner portalPartner supportBecome a partner Try, buy, & sellRed Hat MarketplaceRed Hat StoreContact salesStart a trialLearning resourcesTraining and certification Hybrid cloud learning hubInteractive labsLearning communityRed Hat TVArchitecture centerOpen source communitiesGlobal a
The History of etcd | CoreOS
For customersCustomer supportSubscription managementSupport casesRed Hat Ecosystem CatalogFind a partnerFor partnersPartner portalPartner supportBecome a partner Try, buy, & sellRed Hat MarketplaceRed Hat StoreContact salesStart a trialLearning resourcesDocumentationTraining and certification Hybrid cloud learning hubInteractive labsLearning communityRed Hat TVOpen source communitiesAnsibleGlobal
The History of etcd | CoreOS
For customersCustomer supportSubscription managementSupport casesRed Hat Ecosystem CatalogFind a partnerFor partnersPartner portalPartner supportBecome a partner Try, buy, & sellRed Hat MarketplaceRed Hat StoreContact salesStart a trialLearning resourcesTraining and certification Hybrid cloud learning hubInteractive labsLearning communityRed Hat TVArchitecture centerOpen source communitiesGlobal a
The History of etcd | CoreOS
Use casesArtificial intelligenceBuild, deploy, and monitor AI models and apps. Linux standardizationGet consistency across operating environments. Application developmentSimplify the way you build, deploy, and manage apps. AutomationScale automation and unite tech, teams, and environments. VirtualizationModernize operations for virtualized and containerized workloads. SecurityCode, build, deploy,
The History of etcd | CoreOS
For customersCustomer supportSubscription managementSupport casesRed Hat Ecosystem CatalogFind a partnerFor partnersPartner portalPartner supportBecome a partner Try, buy, & sellRed Hat MarketplaceRed Hat StoreContact salesStart a trialLearning resourcesDocumentationTraining and certification Hybrid cloud learning hubInteractive labsLearning communityRed Hat TVOpen source communitiesAnsibleGlobal
Containers and persistent data [LWN.net]
May 28, 2015 This article was contributed by Josh Berkus CoreOS Fest Increasingly, users want to containerize their entire infrastructure, which means not just web servers, queues, and proxies, but database servers, file storage, and caches as well. In fact, one of the first questions from the audience at the recent CoreOS Fest during the application container (appc) specification panel was: "What
![Containers and persistent data [LWN.net]](https://cdn-ak-scissors.b.st-hatena.com/image/square/1cdfe1781649ec54cdf7baf52137a2c037384425/height=288;version=1;width=512/https%3A%2F%2Flwn.net%2Fimages%2F2015%2Fcoreosfest-winslett-sm.jpg)
rkt, appc, and Docker: A Take on the Linux Container Upstream
Use casesArtificial intelligenceBuild, deploy, and monitor AI models and apps. Linux standardizationGet consistency across operating environments. Application developmentSimplify the way you build, deploy, and manage apps. AutomationScale automation and unite tech, teams, and environments. VirtualizationModernize operations for virtualized and containerized workloads. SecurityCode, build, deploy,
Google Backs Rival of Docker, the Cloud's Next Big Thing
Google has joined the Rocket open source project and rolled the technology into one of its cloud computing tools. For many, Docker is the next big thing in cloud computing. But some big names---most notably Google---are now backing an alternative to this enormously influential technology. In December, one of Docker's earliest supporters, the Silicon Valley startup CoreOS, unveiled an open source p
CoreOSで運用するために
考えないといけないこと / CoreOS in pixiv // Speaker Deck
CoreOS Meetup Tokyo #1 2015-04-09
CoreOS 運用の所感
CoreOS Meetup Tokyo #1 での発表資料。 etcd, fleet オフにして使ってるので期待した内容ではないかもですが... http://coreos-meetup-tokyo.connpass.com/event/12596/
The History of etcd | CoreOS
Use casesArtificial intelligenceBuild, deploy, and monitor AI models and apps. Linux standardizationGet consistency across operating environments. Application developmentSimplify the way you build, deploy, and manage apps. AutomationScale automation and unite tech, teams, and environments. VirtualizationModernize operations for virtualized and containerized workloads. SecurityCode, build, deploy,
AppcとCoreOS/Rocket
Dockerの諸問題とRocket登場の経緯 Rocketはリリースした直後にちょっと触ってそのまま放置していた．App containerの一連のツールとRocketが現状どんな感じかをざっと触ってみる．まだまだ全然使えると思えないが今後差分だけ追えるようにしておく． なお，今回試した一連のツールをすぐに試せるVagrantfileをつくったので触ってみたいひとはどうぞ． https://github.com/tcnksm/vagrant-appc 概要 App Container SpecやRocketが登場の経緯は前回書いたのでここでは省略し，これらは一体何なのかを簡単に書いておく． まず，App Container（appc）Specはコンテナで動くアプリケーションの"仕様"である．なぜ仕様が必要かというと，コンテナという概念は今まで存在したが曖昧なものだったため．namespac
VMwareがCoreOSサポートを表明。vSphereやvCloud Airで
CoreOS Now Supported on VMware vSphere 5.5 and VMware vCloud Air | VMware vSphere Blog - VMware Blogs 対応するのは仮想化基盤ソフトウェアのvSphere 5.5と、パブリッククラウドのvCloud Air。 CoreOSはDockerのようなLinuxコンテナの運用や実行に最適化したOS。軽量で、OSのロールバックを実現しつつ安全にOSにパッチを当てることができる機能や、分散環境で利用することを前提にしたシステムツールを採用するなど、大規模分散システムの構築を得意とするOSです。 昨年7月から正式版となり商用サポートも開始しています。 CoreOSはLinuxコンテナとしてDocker Engineを採用していますが、一方でDockerの技術的な問題を指摘し、独自のコンテナエンジン「Roc
The History of etcd | CoreOS
Use casesArtificial intelligenceBuild, deploy, and monitor AI models and apps. Linux standardizationGet consistency across operating environments. Application developmentSimplify the way you build, deploy, and manage apps. AutomationScale automation and unite tech, teams, and environments. VirtualizationModernize operations for virtualized and containerized workloads. SecurityCode, build, deploy,
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
なぜDockerとCoreOSの決裂は予測できたか | POSTD
「私が滑っていく先はパックが向かう所であり、パックがあった所ではない」－Wayne Gretzky CoreOSとDockerの間で 最近 、 騒動 がありました。DockerはCoreOSのクラスタ管理の領域に入り込むために構築している製品の範囲を広げています。それにより、CoreOSがDockerと競合する独自のコンテナランタイム Rocket を発表したのです。そういった動きは、Clayton Christensenの『 Law of Conservation of Modularity 』を読んでいれば十分に予測できるものでした。 我々がコモディティ化に関する研究から洞察したのは、コモディティ化がバリューチェーンのどこかで進んでいる時はいつも、脱コモディティ化という逆のプロセスがバリューチェーンの別のどこかで進んでいるということです。（中略）この2つのプロセスが相互関係にあるという
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A lightweight introduction to Recursion Schemes in Scala
Docker向けOSとか[LT] @ #techgirl 2015/01![Docker向けOSとか[LT] @ #techgirl 2015/01](https://cdn-ak-scissors.b.st-hatena.com/image/square/2d030388fd12289867060fa7c0dca5f16a061dbf/height=288;version=1;width=512/https%3A%2F%2Fcdn.slidesharecdn.com%2Fss_thumbnails%2Ftechgirllt201501dockeros-150131223346-conversion-gate02-thumbnail.jpg%3Fwidth%3D640%26height%3D640%26fit%3Dbounds)
CoreOSクラスタにDockerコンテナをデプロイ #dockerjp
Rocket: CoreOSの新コンテナランタイム
