Red Hat has released Red Hat OpenStack Platform 16.2, an update to Red Hat’s infrastructure as a service platform that offers tighter integration with the company’s OpenShift Kubernetes container system.
With the new integration, users of both platforms can run virtual machine and container-based applications in parallel with improved network capacity, security features, storage and performance, Red Hat said on October 13. . OpenStack 16.2 is available through the Red Hat Customer Portal through a Red Hat subscription.
The specific capabilities of OpenStack 16.2 include:
- Flexibility to run virtual machines and cloud native applications in parallel. Bare metal performance is offered through integration with OpenShift.
- An extended lifecycle allowing continuous updates of features without disruption or potential downtime.
- New hardware options, including Intel Xeon Scalable Processors. Users can create hybrid clouds in a way that suits them, taking into account the basic architecture for offloading hardware with smartNICs.
- Storage has been made easier by bringing together a variety of vendors and formats.
- For edge connectivity and application availability, availability zone knowledge is offered through Open Virtual Networking (OVN). Operators can configure nodes into groups, based on geographic location, power sources, and potential for downtime.
In other Red Hat developments on October 13:
- The Red Hat version of Native Java Framework of Quarkus Kubernetes adds continuous testing and a new CLI eliminating the need for Gradle and Maven commands. Additionally, the GUI has been updated, giving visual representations of extensions and documentation, and REST endpoints. New development services, meanwhile, automatically connect popular databases, message queues, and more to applications as they develop.
- Red Hat OpenShift 4.9 and Red Hat Advanced Cluster Management for Kubernetes 2.4 were unveiled, intended to ensure consistency in hybrid cloud networks. Single node OpenShift is highlighted for a small Kubernetes cluster. Previous OpenShift topologies included three-node clusters and remote worker nodes.
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