Abstract: Disaster recovery resource provisioning is provided. Infrastructure resource objects are grouped into a plurality of resource pools based on resource characteristics of each respective infrastructure resource object. A set of resource capabilities is provided for seamless resource provisioning for each resource pool in the plurality of resource pools. A class of service is mapped to a resource pool corresponding to a workload spread across multiple environments considering primary workload production and secondary disaster recovery requirements. Resources are automatically provisioned from the class of service required in providing disaster recovery for the workload based on characteristics of the workload, cost, business needs, and service level agreement metrics corresponding to the disaster recovery.

Abstract: Disaster recovery resource provisioning is provided. Infrastructure resource objects are grouped into a plurality of resource pools based on resource characteristics of each respective infrastructure resource object. A set of resource capabilities is provided for seamless resource provisioning for each resource pool in the plurality of resource pools. A class of service is mapped to a resource pool corresponding to a workload spread across multiple environments considering primary workload production and secondary disaster recovery requirements. Resources are automatically provisioned from the class of service required in providing disaster recovery for the workload based on characteristics of the workload, cost, business needs, and service level agreement metrics corresponding to the disaster recovery.

Abstract: In an example, reconstruction values may be assigned to a Virtual Machine (VM) based on an attribute of a VM. The attribute of the VM may be compared with a corresponding attribute of each reference VM of a set of reference VMs. Each reference VM may have a reference reconstruction value. Using the reconstruction value, the VM may be rank ordered amongst a plurality of VMs for reconstruction of its data.

Abstract: In an example, reconstruction values may be assigned to a Virtual Machine (VM) based on an attribute of a VM. The attribute of the VM may be compared with a corresponding attribute of each reference VM of a set of reference VMs. Each reference VM may have a reference reconstruction value. Using the reconstruction value, the VM may be rank ordered amongst a plurality of VMs for reconstruction of its data.

Abstract: Example implementations relate to a rolling interface object. An example includes causing display, on a display device, of a plurality of data sets in respective display segments of a three-dimensional rolling interface object. At least some of the data sets include dynamic data. The display segments are arranged lengthwise on a surface of the rolling interface object. A primary segment of the display segments is in a foreground position, and background segments of the display segments are adjacent to the primary segment and visually diminished relative to the primary segment. Responsive to a command to roll the rolling interface object, the rolling interface object is changed as to which of the plurality of display segments is the primary segment.