XMLWordPrintable

    • Strategic Product Work
    • False
    • Hide

      None

      Show
      None
    • False
    • OCPSTRAT-847Support (or not) for OpenShift at on AWS Outposts
    • 100% To Do, 0% In Progress, 0% Done
    • 0
    • Program Call

      Feature Overview (aka. Goal Summary)  

      Support AWS Wavelength Zones as a target infrastructure where to deploy OpenShift compute nodes for ROSA clusters.

      Goals (aka. expected user outcomes)

      As a ROSA user, I want to deploy OpenShift compute nodes on AWS Wavelength Zones at install time so I can leverage this infrastructure to deploy edge computing applications.

      As a ROSA user, I want to extend an existing OpenShift cluster on ROSA deploying compute nodes on AWS Wavelength Zones so I can leverage this infrastructure to deploy edge computing applications.

      Requirements (aka. Acceptance Criteria):

      Hive will be able to deploy ROSA cluster in the public region into an existing VPC with compute nodes on AWS Wavelength Zones into an existing subnet.

      Hive will be able to deploy ROSA cluster in the public region with compute nodes on AWS Wavelength Zones automating the VPC creation in the public region and the subnet creation in the AWS Wavelength Zone

      An existing ROSA cluster on AWS public region can be extended by adding additional compute nodes (that can be automatically scaled) into AWS Wavelength Zones.

      Use Cases (Optional):

      Build media and entertainment applications.

      Accelerate ML inference at the edge.

      Develop connected vehicle applications.

      Background

      There is an extended demand for running specific workloads on edge locations on cloud providers. We have added support for AWS Outposts and AWS Local Zones. AWS Wavelength Zones is a demanded target infrastructure that customers are asking for including ROSA customers.

      Documentation Considerations

      Usual documentation will be required to instruct the user on how to use this feature

              julim Ju Lim
              julim Ju Lim
              Stephanie Stout Stephanie Stout
              Eric Fried Eric Fried
              Marcos Entenza Garcia Marcos Entenza Garcia
              Eric Rich Eric Rich
              Votes:
              0 Vote for this issue
              Watchers:
              2 Start watching this issue

                Created:
                Updated: