TRN EZ RecoverPoint Overview

Embed Size (px)

Citation preview

  • 7/31/2019 TRN EZ RecoverPoint Overview

    1/2

  • 7/31/2019 TRN EZ RecoverPoint Overview

    2/2

    RecoverPoint

    EMC ConfidentialFor Training Purposes Only

    Qualifying Questions

    Did you ever experience a data corruption due to human error, a virus, or other reason and wished you could go back intime 30 minutes?

    Would you like a solution that lets you sleep well at night knowing you can always recover from any logical failure that willbe introduced intentionally or unintentionally to your stored data?

    Do you need to replicate across long distances with limited -bandwidth IP WAN connections?

    Do you find it challenging to manage multiple copies of data?

    Do you need to reduce your recovery time and recovery point objectives (RTOs/RPOs)?

    Do you have a heterogeneous storage infrastructure that you want to protect?

    Do you need to ensure data consistency in the event of a site failure or data corruption across applications?

    Do you need synchronous remote replication for your application data?

    Use Cases

    Remote ReplicationDisaster recovery with many scenarios (e.g., unlimited distance, zero RPO

    Local data protectionsOperational recovery for applications to any point in time, for backup, testing, or decision support

    Virtualized environments VMware and Microsoft Hyper-V

    Value Propositions

    Peace of mind for the storage administrators, IT managers, and CIOs, thanks to any point-in-time recovery with journalitechnology and application-consistent bookmarks. Go back in time restores storage to just a moment before a data corrtion happened.

    Heterogeneous local and remote replication to protect any host, any application, on any array (EMC and third-party stor-age).

    Low total cost of ownership, including savings through WAN dedupe, bandwidth reduction, journal compression, and snapshot consolidation technologies.

    Unified replication of SAN and NAS VNX environments, providing a single replication interface across block LUNs and NAfile systems.

    Scalefromtenstothousandsofvirtualmachines(VMs)

    Synchronousorasynchronousreplicationofanymixofphysicalandvirtualwith90%savingsinWANbandwidth

    ProtectVMFSandRDM/Pvolumes

    RestoreindividualormultipleVMs

    VMfailoverandfailbacksupport

    MonitorandalertonVMprotectionstatus ApplicationReferenceArchitectures

    Supportsheterogeneousstorage

    IntegratedwithvCenterServerforvirtualmachinediscovery

    Showsreplicationstatusofeachvirtualmachine

    ShowsreplicationstatusofallLUNsattachedtovirtualmachines

    UsesRecoverPointreplicaimagetotestdisasterrecoveryfailover

    Provideson-demandfailoverofaselectedsubsetorallvirtualmachines

    AutomatesfailbackwithvCenterServerplug-onforRecoverPoint