Illumina Innovates with Rancher and Kubernetes
Google Container Engine, or GKE for short (the K stands for Kubernetes), is Google’s offering in the space of Kubernetes runtime deployments. When used in conjunction with a couple of other components from the Google Cloud Platform, GKE provides a one-stop shop for creating your own Kubernetes environment, on which you can deploy all of the containers and pods that you wish without having to worry about managing Kubernetes masters and capacity.
As we start a new year, I’d like to thank the Rancher community for a great 2016. 2016 was an awesome year for Rancher Labs, and we’ve been fortunate to have a deeply engaged community of open source users and developers, customers, and partners. In March, [we shipped our 1.0 GA release], and since then Rancher has established itself as a leading product in the container ecosystem. 2016 was especially rewarding because of the tremendous amount of support we received from our users and customers.
*Quentin Hamard is one of the founders of Octoperf, and is based in Marseille, France. * Octoperf is a full-stack cloud load testing SaaS platform. It allows developers to test the design performance limits of mobile apps and websites in a realistic virtual environment. As a startup, we are attempting to use containers to change the load testing paradigm, and deliver a platfrom that can run on any cloud, for a fraction of the cost of existing approaches.
Today Rancher Labs joins a group of industry leaders to create the Open Container Project(OCP). With OCP, the Docker container format and container runtime form the basis for an industry standard.
At Rancher Labs we decided early on to focus on developing our Rancher and RancherOS products specifically for Docker, even though the underlying technology can apply to other container formats as well. We are so excited about OCP because we can now focus on delivering the best user experience with a singular container standard knowing it will be supported by every major vendor in the industry.
Fei Huang is Co-Founder and CEO of NeuVector. Managing containers requires a broad scope from application development, test, and system OS preparation, and as a result, securing containers can be a broad topic with many separate areas. Taking a layered security approach works just as well for containers as it does for any IT infrastructure. There are many precautions that should be taken before running containers in production.* These include:
*This is part two of our series on using GitLab and Rancher together to build a CI/CD pipeline, and follows part one from last week, which covered deploying, configuring, and securing GitLab in Rancher. We’ve also made the entire walkthrough available for download. *
Using GitLab CI Multi-Runner to Build Containers GitLab CI is a powerful tool for continuous integration and continuous delivery. To use it with Rancher, we’ll deploy a runner that will execute jobs.
I have blogged about monitoring docker deployments a couple times now (here & here), however, up to this point we have been monitoring container stats without looking at the bigger picture. How do these containers fit into a larger unit and how we get insights into the deployment as a whole rather than individual containers. In this post I will cover leveraging docker labels and Rancher’s projects and services support to provide monitoring information that understands the deployment structure.
Update: This tutorial was updated for Rancher 2.x in 2019 here
Any time an organization, team or developer adopts a new platform, there are certain challenges during the setup and configuration process. Often installations have to be restarted from scratch and workloads are lost. This leaves adopters apprehensive about moving forward with new technologies. The cost, risk and effort are too great in the business of today. With Rancher, we’ve established a clear container installation and upgrade path so no work is thrown away.
Over the last few months our team at Rancher Labs has been working on building software that would allow users to create and manage persistent Docker volumes. With the release of Docker 1.8, which now officially supports Docker volume drivers, we announced Convoy, an open-source Docker volume driver that can snapshot, backup and restore Docker volumes anywhere. Convoy is designed to be a standalone Docker volume driver that runs on individual Linux hosts.
Hi, I am Sheng Yang (@yasker), an engineer here at Rancher Labs. Over the last few months our team has been working on building Docker storage software that would allow users to create and manage persistent Docker volumes. With last week’s release of Docker 1.8, which now officially supports Docker volume drivers, I am excited to announce Convoy, an open-source Docker volume driver that can snapshot, backup and restore Docker volumes anywhere.
This morning, we’re excited to launch the Rancher Partner Network - a group of leading organizations focused on building top-notch cloud and container solutions for their customers. These are vendors with whom we collaborate, and whom we trust and endorse to help enterprises bring containers into their development workflows and production environments. The Rancher Partner Network includes consulting partners, systems integrators, resellers, and service providers from the Americas, Europe, Asia, and Australia.
Note: You can find an updated comparison of Kubernetes vs. Docker Swarm in a recent blog post here.
Recent versions of Rancher have added support for several common orchestration engines in addition to the standard Cattle. The three newly supported engines, Swarm (soon to be Docker Native Orchestration), Kubernetes and Mesos are the most widely used orchestration systems in the Docker community and provide a gradient of usability versus feature sets.
This article is essentially a guide to getting started with Docker for people who, like me, have a strong IT background but feel a little behind the curve when it comes to containers. We live in an age where new and wondrous technologies are being introduced into the market regularly. If you’re an IT professional, part of your job is to identify which technologies are going to make it into the toolbox for the average developer, and which will be relegated to the annals of history.
This latest release makes it possible to manage all Kubernetes clusters under a single Rancher instance.
RancherOS eliminates any unnecessary libraries and services, resulting in a footprint three times smaller than that of other container operating systems.
In less than a week, over 24,000 developers, sysadmins, and engineers will arrive in Las Vegas to attend AWS re:Invent (Nov. 28 - Dec 2). If you’re headed to the conference, we look forward to seeing you there! We’ll be onsite previewing enhancements included in our upcoming Rancher v1.2 release:
Support for the latest versions of Kubernetes and Docker: As we’ve previously mentioned, we’re committed to supporting multiple container orchestration frameworks, and we’re eager to show off our latest support for Docker Native Orchestration and Kubernetes.
Rancher 1.4 is out today! As always, we encourage you to review the release notes. However, we’d like to run through a few notable changes, and the rationale behind them here. First, we’ve continued our move towards a friendlier Kubernetes experience by transitioning to Dashboard and Helm, which replace the Rancher Kubernetes UI and Catalog Kubernetes templates, respectively. We started this move in 1.3 as both Dashboard and Helm have matured tremendously in the past year, and we feel they’ve reached production stability and feature parity with what they’re replacing.
If you’ve followed the container space recently, you’ve likely seen the influx of Kubernetes-related technologies being announced. So, when another one comes along, it’s easy to be less than excited about it.
However, in the case of Rancher’s recent product announcement, it’s well worth your time.
The engineering team at Rancher Labs has been working on some new ideas that I think will have a real influence on the way we all think about Kubernetes (K8s).
Today, Amazon announced a managed Kubernetes service called Elastic Container Service for Kubernetes (EKS). This means that all three major cloud providers—AWS, Azure, and GCP—now offer managed Kubernetes services. This is great news for Kubernetes users. Even though users always have the option to stand up their own Kubernetes clusters, and new tools like Rancher Kubernetes Engine (RKE) make that process even easier, cloud-managed Kubernetes installations should be the best choice for the majority of Kubernetes users.
We’re winding down for the year, but you’ll still be able to check out Rancherin a few places, live and in real-time. We always look forward to meeting users whenever we can, and hearing from you only helps make us better.
Meetups and Talks Dec 3, Montreal, CN: Architecting Distributed Applications Across Datacenters and Clouds. Join us as we discuss popular orchestrators, and strategies for operationalizing distributed applications across diverse infrastructure.
2017 Predictions: Rapid Adoption and Innovation to Come Rapid adoption of container orchestration frameworks As more companies use containers in production, adoption of orchestration frameworks like Kubernetes, Mesos, Cattle and Docker Swarm will increase as well. These projects have evolved quickly in terms of stability, community and partner ecosystem, and will act as necessary and enabling technologies for enterprises using containers more widely in production.
Greater innovation in container infrastructure services Free eBook: Comparing Kubernetes, Mesos, and Docker Swarm Though there’s a strong set of container storage and networking solutions on the market today, more products will emerge to support the growth and scale of production container workloads, particularly as specifications like Container Network Interface (used by Kubernetes) continue to mature.
DevOps can now efficiently and securely deploy containers for enterprise applications As more enterprises move to a container-based application deployment model, DevOps teams are discovering the need for management and orchestration tools to automate container deployments. At the same time, production deployments of containers for business critical applications require specialized container-intelligent security tools. To address this, Rancher Labs and NeuVector today announced that they have partnered to make container security as easy to deploy as application containers.
](https://cdn.rancher.com/wp-content/uploads/2015/11/16025649/spotinstlogo.png) We are very excited to announce a new partnership with Spotinst today to deliver intelligent management and migration of container workloads running on spot instances. With this new solution, we have developed a simple, intuitive way for using spot instances to run any container workload reliably and for a fraction of the cost of traditional applications. Since the dawn of data centers we’ve seen continuous improvements in utilization and cost efficiency.
Hi, I’m James Harris, (@sir_yogi_bear) one of the engineers here @Rancher_Labs, and I am excited to announce we added support this week for pulling and viewing Docker logs in Rancher. The addition of the feature allows users to easily work with their containers from the web UI in a much more involved way. Previously, there was no way to track the output of a container through Rancher. Now you can easily follow both the Std out and Std error of a container.
In this post we discuss how to backup etcd and how to recover from a backup to restore operations to a Kubernetes cluster. Etcd is a highly available distributed key-value store that provides a reliable way to store data across machines.