Business continuity and disaster recovery |
OpenShift APIs for Data Protection |
Cluster-aware backup and data recovery interfaces include namespace backup and recovery for individual workloads, applications, and cluster services.
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Regional Disaster Recovery (DR) |
Asynchronous DR for datacenter failures can be extended across regions or continents via a wide area network (WAN), offering protection from regional disasters.
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Metropolitan DR |
Synchronous DR for cluster failures provides protection against system failures and no-loss recovery within a campus or metropolitan setting where low-latency networks are available. |
Data services at the edge |
3-node compact clusters |
Supports Red Hat OpenShift and OpenShift Data Foundation on three production nodes.
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Single-node OpenShift support |
A single-node configuration of OpenShift Data Foundation supports thin-provisioning, snapshots, and backups for edge locations within a small infrastructure footprint. |
Single-node thin provisioning |
Thin provisioning allows for resource growth over time to accommodate user demand. |
Multicluster monitoring |
Multicluster dashboards |
Multicluster dashboards Integrate with Red Hat Advanced Cluster Management to provide single-view observability for multicluster health and optimization to identify, isolate, and resolve issues affecting distributed workloads.
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Multicloud gateway |
Object buckets |
Object buckets deliver data storage with available mirroring, spreading, encryption, and multiple supported tiering approaches. |
Namespace buckets |
Namespace buckets can be used for data federation capabilities to organize, configure, and manage diverse data resources without having to copy over data sets. |
Object bucket claims |
Object bucket claims allow users to dynamically create object buckets for developer workflows, aligning with persistent volume claims workflows. |
Enhanced data security
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End-to-end encryption |
End-to-end encryption between the cluster and clients delivers enhanced data security across the entire cluster.
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Persistent volume-level encryption
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Encrypt data at the persistent volume level, by using a Key Management Service, allowing you to bring your own key.
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Key management service (KMS) integration
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Support for Key Management Interoperability Protocol (KMIP) integrates encryption with customer-provided keys.
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Network File System (NFS) support
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NFS support |
NFS services for internal or external applications support legacy application interaction, application modernization, and future migration to a Red Hat Openshift environment.
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