RALEIGH, N.C. — August 9, 2017 – Red Hat, Inc. (NYSE: RHT), the world’s leading provider of open source solutions, today announced the general availability of Red Hat OpenShift Container Platform 3.6, the latest version of Red Hat’s enterprise-grade Kubernetes container application platform.
Red Hat OpenShift Container Platform 3.6 offers an enterprise-ready container platform based on Kubernetes 1.6, Red Hat Enterprise Linux and the integrated docker container runtime. By combining these open source technologies, Red Hat, as a leading contributor to both the docker and Kubernetes projects, helps customers to more quickly roll out new services with the support of a stable, reliable and more secure enterprise container solution powered by the world’s leading enterprise Linux platform.
Complete Press Release here.
For years Windows and Linux have been rival development and runtime environments used by two distinct development communities – .Net vs. J2EE. At least that’s what we thought. In fact, they are not rivals at all, really. Rather, they are both commonly used by nearly all enterprises to develop and execute the applications they need to run their businesses.
Today, those applications are being modernized, containerized and redeployed across multiple clouds. Business and IT planners alike are rethinking how to develop new cloud-native applications and the infrastructure needed to deploy them to their best execution venue whether on-premises, in or across private, public or hybrid clouds. They expect the IT vendors and service providers they use to do more than just coexist. They expect partnerships dedicated to customer success – and none more so than among the two leading vendors in each community, Microsoft and Red Hat.
In this webinar 451 Research Principal Analyst Carl Lehmann, Nicholas Gerasimatos of Red Hat and Jose Miguel Parrella, Sr Product Marketing Manager for Open Source at Microsoft will address:
– How to overcome common challenges of application modernization, infrastructure management, and cloud deployment.
– The partnership, and capabilities enabled therein, between Microsoft and Red Hat.
– How Microsoft Azure and Red Hat ecosystems support and complement each other.
Participants will learn how Microsoft and Red Hat build upon each other’s strengths in container-based, cloud-native application development, infrastructure deployment and operations to better serve their mutual customers through joint business practices, technology support, and ecosystem.
Carl Lehmann – 451 Research Principal Analyst, Nicholas Gerasimatos – Red Hat, Jose Miguel Parrella – Microsoft Jun 29 2017 | 58 mins
A big focus in the 1.7 release is extensibility. This allows Kubernetes to expand its scope and functionality without “bloating” the project, said Brockmeier. New features that focus on extensibility include Custom Resource Definitions (CRDs), which allow extension of the Kubernetes API to provide features that look like first-class APIs to users. CRDs is in beta for Kubernetes 1.7.
Article from SDTimes
On Microsoft’s own Azure cloud, 75% of machines run Linux. These are Microsoft customers who are running Linux. Microsoft needs to support the platform they use, or they will go somewhere else.
To that end, Microsoft has written a Linux subsystem in Windows, that allows users/admins to run bash commands.
Is Microsoft’s victory a loss for traditional Linux vendors? To some degree, yes. Microsoft has become a direct competitor. But the clear winner here is Linux.
Microsoft doesn’t own any Linux technologies. They are totally dependent on an external vendor, in this case Canonical, for their entire Linux layer. Too risky a proposition, if Canonical gets acquired by a fierce competitor.
Read the full story from CIO magazine here
BMW Group, the world’s leading premium manufacturer of automobiles and motorcycles, has deployed Red Hat OpenShift Container Platform to support its delivery of business applications and services.
“After the decomposition of traditional applications into micro-services running on containers, Red Hat OpenShift container platform enables the BMW Group to do point scaling to adjust loads to peaks and troughs in demand, and to deliver the continuous service that today’s consumers expect,” explains Red Hat.
Full Story – http://red.ht/2qwVkEE
Unless you live under a rock, you know that Docker’s valuation is over $1B and the Docker brand is one of the most talked about brands in all of technology. Docker is known as the defacto standard for container runtime, but Google’s Kubernetes is winning the battle for orchestration engines. The question I often get is, “will the adoption of Kubernetes hurt Docker?”
Kubernetes is in, container registries are a dime a dozen, and maximum container density isn’t the only thing that matters when running containers.
Kubernetes. Around 43 percent of Sysdig’s users employed Kubernetes (including OpenShift, Tectonic, et al.), while 9 percent used Mesos or DC/OS, and 7 percent stuck with Docker Swarm
The reason Ansible is so popular within Red Hat’s field is that it’s wildly popular with enterprise IT. How popular? Well, Ansible already finds its way into a third of all Red Hat deals, as Red Hat CEO Jim Whitehurst indicated on the company’s most recent earnings call. That is staggering when you consider that Red Hat didn’t acquire Ansible until late 2015, and Ansible didn’t even exist as a project until 2012 or as a company until 2013. For Ansible to be contributing in a significant way to Red Hat’s $2 billion-plus in annual revenue is a major accomplishment.
More at Infoworld
To help Java developers manage the transition, Red Hat is happy to announce the availability of a Java container image for cloud native workloads. Red Hat now expands the availability of cloud native packaging models to all Java applications that rely on OpenJDK and Maven. This builds on the proven S2I technology that has been available for OpenShift applications for many years.
Source: Red Hat Brings Cloud Native Services to Every Java Workload – OpenShift Blog