For example, in the hybrid cloud model, we can check for different things, such as the accessibility of many different classes not only in the cloud but also on-premises. We can use the hybrid view to check many things very quickly. With OpenShift, from one panel, we can automatically run a script across several different servers or even connect manually to each of them, which is a big benefit.
Your Red Hat account gives you access to your member profile, preferences, and other services depending on your customer status. Afterwards, I tried to establish the OpenShift connection from within my Eclipse Mars IDE without changing anything (…when I say ‘anything’, I mean my public/private key pair), and Voila, the connection got established. Please make sure you use latest JDK version since older ones had issues with ssh after heartbleed. What’s even more disturbing is the fact that I’ve previously been able to make this connection some time ago with Eclipse Luna, then I went back to Luna and tried again but still was unable to make the Openshift connection.
OpenShift Container Platform
Red Hat provides traditional support subscription, where troubleshooting and on ongoing remediation are handled via support tickets. Any issues that customers encounter with managing Kubernetes at scale on their own – including manual upgrades – require engaging with the OpenShift support team, which can prolong resolution considerably. Platform9 Managed Kubernetes is the industry’s only SaaS-based, continuously managed Kubernetes service that runs anywhere and guarantees 99.9% uptime SLA with remote monitoring, healing, upgrading, and security patching.
- It’s very self-explanatory, and that saves a lot of time from training new users.
- Sooner than later, it becomes imperative to look at dynamically provisioned storage backends such as GlusterFS, AWS Elastic Block Store, GCE Persistent disk, etc.
- The project was launched about a year ago when Lockheed Martin Corp. and Swiss industrial giant ABB Ltd. approached the company requesting an operating environment that could run processing-intensive and changeable workloads.
- The OpenShift Console has developer and administrator oriented views.
It goes right along with the Kubernetes role-based assets control. OpenShift’s security features for running business-critical applications are excellent. A lot of our external-facing applications have been protected. https://globalcloudteam.com/ We do use Apigee for a lot of it, but we also do security scans so we don’t expose something to a known vulnerability. We have business units with developers who deploy their containerized applications in OpenShift.
OpenShift Data Foundation
We have centralized development clusters that are being used all the time because we have deployments on every continent except Antarctica. The deployment process takes up to one afternoon but it can take weeks to understand our needs and to get the process right. The same decisions are required openshift consulting in deciding the best size for our cluster, or how to separate our environment, which can be difficult. We may want two active clusters for production, one in each data center, or two clusters in each data center. All of these architectural decisions come with time and experience.
That’s also the main reason why it’s being used here. They should provide quicker and better support for issues with lower severity. We’ve both cloud and on-prem installation of the tool. There was Mesos or home-grown or Kubernetes using Rancher.
I wasn’t involved in its initial setup, but I talked to a lot of the people who were involved. Compared to a simple or Vanilla Kubernetes, it requires lots more work and has a lot of default processes constantly running, but, in my opinion, it’s something where OpenShift is getting better and better. It’s very self-explanatory, and that saves a lot of time from training new users. You can cut a lot of time to quickly familiarize yourself with the base. Usually, we use it as a test environment and to quickly develop the proof of concept for various projects. I don’t deal with the cost part, but I know that the cost is very high when compared to other products.
Our company has multiple clients using the infrastructure to build and test their applications. The developers seem to like the source-to-image feature. That makes it easy for them to deploy an application from code into containers, so they don’t have to think about things. They take it straight from their code into a containerized application. If you don’t have OpenShift, you have to build the container and then deploy the container to, say, EKS or something like that.
Accelerate Your Digital Transformation With Containers
The product offers flexibility by simplifying the deployment and management of hybrid infrastructure and providing self-managed or fully-managed service. Platform9 Managed Kubernetes is the industry’s first SaaS-based continuously managed service is production ready and easy to use. Benefit from the open source innovation with our 100% pure upstream Kubernetes, avoid lock-in, and ensure portability across environments. Let platform9 handle all the complex operational tasks including zero-touch upgrades, patching, logging, monitoring, alerting, and high availability.
The solution needs to support the new features in Kubernetes more quickly. For example, there are some Kubernetes features that we rely on that are not yet integrated into OpenShift, even though they have been available for six months. Another aspect that needs improvement is the console and the user interaction with the console itself. OpenShift’s security throughout the stack and the software supply chain is good. There is scalability from nodes to machines and so on.
Our portfolio of happy clients
The pie charts indicate level of completeness of the corresponding capability in PMK and OpenShift. Red Hat OpenShift Container Platform is a set of software components that have to be installed and managed by customers themselves, on their own infrastructure, similar to traditional software products. Red Hat Device Edgedelivers an operating environment compatible with the Kubernetes orchestrator for software containers and that runs on devices such as robots, “internet of things” devices and point-of-sale terminals. It’s based on a Red Hat-led open-source project called MicroShift, which is effectively a stripped-down version of the company’s OpenShift Kubernetes implementation.