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Red ​​Hat announced Red Hat OpenShift 4.9 and Red Hat Advanced Cluster Management for Kubernetes 2.4, designed to extend the stability of the open hybrid cloud to the furthest reaches of the enterprise network. New capabilities, such as the ability to use single-node OpenShift for a small but full-featured enterprise Kubernetes cluster, are helping company scale its existing development, deployment, and management workflows to meet the growing interest in computing and service.

According to IDC, 50 percent of new enterprise IT infrastructures are expected to be deployed in edge computing areas rather than company data centers. In 2021, this rate was 10 percent. IDC estimates that by 2024, the number of applications deployed in edge computing areas will increase by 800 percent. Sirkedollarser, which uses edge computing to deploy applications operating in different sectors and requiring short latency, offers users the best application experience. In addition, it enables them to take decisions that will benefit them more quickly, determined by using data.

With the increasing demand for applications running remotely, companies need tools that enable them to deploy cool applications in edge computing areas and manage these applications at any scale. Red Hat OpenShift 4.9 and Red Hat Advanced Cluster Management for Kubernetes 2.4 offer the flexibility and management features that enable companies to deploy their workloads anywhere.

Complete Kubernetes features for small deployments

Şirkedollarser is transitioning to edge computing to take advantage of its advantages, but the physical structure of edge computing areas can cause difficulties for structures that need to be deployed in areas with limited hardware or where network connectivity may be interrupted. Red Hat OpenShift 4.9, the industry’s leading enterprise Kubernetes platform, provides users with a consistent experience across all domains for deployments of all sizes.

Red Hat OpenShift 4.9 offers a third topology option, single node OpenShift, for edge computing domains, 3-node clusters, and remote worker nodes. Single-node OpenShift combines both control and employee capabilities on a single server for space-limited environments. Single-node OpenShift provides operational independence for edge computing domains as there is no dependency on the centralized Kubernetes control domain. In this way, it becomes much easier to manage border computing areas that may experience connection interruptions, such as areas far from base towers or production facilities.

Red Hat OpenShift can be managed anywhere, from bare metal server to edge computing

Hundreds to hundreds of thousands of Kubernetes clusters are deployed in border areas, and these clusters often need to be managed in parts of the company where there is little or no IT staff. Red Hat Advanced Cluster Management provides a consistent view across edge computing domains, data centers and cloud environments, enabling the company to consistently manage different domains and clusters by eliminating the need for persistent connections in the company’s Red Hat Advanced Cluster Management and edge computing domains.

The latest version of Red Hat Advanced Cluster Management offers complete management capabilities across all application areas of the company. These features include single-node OpenShift, remote worker nodes, and 3-node clusters. These features help ease the operational burden of managing a scaled architecture.

Other features focused on edge computing include:

  • Scalable border management allows users to manage up to 2,000 single-node OpenShift clusters from a single Red Hat Advanced Cluster Management hub, accessible as a technology preview. There is also IPv6 dual-stack support for managed fleets. These features help scalability in low bandwidth, high latency connections and disconnected areas.
  • Creating a policy template on the center side feature reduces the number of policies needed for high-scale management scenarios. It is possible to read the single principle in the center and apply it in various cluster uses.
  • Available as a technology preview zero touch configuration allows users to use an installer powered by Red Hat Advanced Cluster Management on-premises, reducing complexity when initiating high-scale cluster deployments.

Basicdollarreformed, rebuildable complete border stacks

Designing and implementing many frontier deployments can be complex and many products need to work together. Red Hat has introduced its approved models to streamline the process of building a complete boundary stack.

Red Hat’s approved models for the border combine the necessary components to build the border stack, reducing complexity and saving time. Delivering border stacks as code, Red Hat’s validated models enable the software configurations required for border deployments to be defined, built, and validated. As new software versions are introduced, templates are also re-verified to work as designed. Thus, the risk that customers may face is minimized and they can take advantage of the new opportunities offered. Additionally, since the validated models are open, anyone who contributes can work together and share their suggestions.

Accessibility

Red Hat OpenShift 4.9 is scheduled to be available later in October. Red Hat Advanced Cluster Management for Kubernetes 2.4 is scheduled to be available in November. Both products are part of Red Hat OpenShift Platform Plus, helping customers scale multiple clusters and clouds, and providing capabilities to protect the software supply chain, infrastructure and workloads at every stage of software.

Red Hat Platforms Business Group and Senior Vice President Stefanie Chiras said the following on the subject: “Border computing companies are fundamentally changing the way they use cool data, and the uses of the border are increasing significantly. Consistency is key when managing the scale of these distributed workloads and infrastructure. New features of Red Hat OpenShift and Red Hat Advanced Cluster Management further expand the possibilities of open hybrid cloud, providing a shared foundation for innovation anywhere between on-premises data centers and the furthest reaches of the corporate network. ”


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Michael Lewis

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