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  • Database Magazine
  • Glossary of Terms
    • A
      • Archive
      • Active backup for Office 365
      • AWS Backup
      • Active Directory
      • Agent
      • Anti-ransomware solutions
    • B
      • Backup
      • Backup and Recovery
      • Backup as a service
      • Bare-metal backup
      • Backup repository
      • Backup schedule
      • Backup Solutions
      • Business Continuity
    • C
      • Cloud Backup
      • Continuous Data Protection (CDP)
      • Compression
      • Consistency check
      • Cold Backup
      • Cloud Data Management (CDM)
    • D
      • Data Deduplication
      • Disaster Recovery (DR)
      • Differential Backup
      • Disk-to-Disk (D2D) Backup
      • Disaster Recovery (DR)
    • E
      • Encryption
      • Endpoint Backup
      • Erasure Coding
      • Export/Import
      • Enterprise Backup Software
    • F
      • Full Backup
      • Failover
      • File-Level Backup
      • File Sync and Share
      • Fireproof and Waterproof Storage
    • G
      • Grandfather-Father-Son (GFS)
      • Granular Recovery
      • Geographically Dispersed Backup
      • Ghost Imaging
      • Global Deduplication
    • H
      • Hybrid Backup
      • Hot Backup
      • High Availability (HA)
      • Hard Disk Drive (HDD)
      • Hybrid Cloud Backup
    • I
      • Incremental Backup
      • Image-based Backup
      • Instant Recovery
      • Integrity Check
      • Infrastructure as a Service (IaaS)
    • J
      • Journaling
      • Job Scheduler
      • Just-in-Time Recovery
      • Journal-Based Recovery
      • Jumbo Frames
    • K
      • Key Management
      • Kernel-Based Recovery
      • Kickstart
      • Kept Versions
      • Kill Switch
    • L
      • Long-Term Retention
      • Log-Based Recovery
      • Local Backup
      • Latency
      • Load Balancing
    • M
      • Metadata
      • Mirroring
      • Multi-Site Replication
      • Media Rotation
      • Mounting
    • N
      • Nearline Storage
      • Network-Attached Storage (NAS)
      • Non-Destructive Recovery
    • O
      • Offsite Backup
      • Online Backup
      • Object Storage
      • Offsite Replication
      • Open File Backup
      • Overwrite Protection
      • One-Click Restore
    • P
      • Point-in-Time Recovery
      • Primary Storage
      • Physical Backup
      • Private Cloud Backup
      • P2V (Physical-to-Virtual) Conversion
    • Q
      • Quiesce
      • Quick Recovery
      • Quota Management
      • Quality of Service (QoS)
      • Query-Based Recovery
    • R
      • Recovery Point Objective (RPO)
      • Recovery Time Objective (RTO)
      • Replication
      • Restore
      • Retention Policy
    • S
      • Snapshot
      • Storage Area Network (SAN)
      • Secondary Storage
      • Single Point of Failure (SPOF)
      • Synthetic Full Backup
    • T
      • Tape Backup
      • Two-Factor Authentication (2FA)
      • Thin Provisioning
      • Test Restore
      • Transaction Log
    • U
      • Universal Restore
    • V
      • Versioning
      • Virtual Machine (VM) Backup
      • Verification
      • Vaulting
      • Virtual Tape Library (VTL)
    • W
      • Warm Site
      • Workload Mobility
      • WAN Acceleration
      • Write-Once, Read-Many (WORM)
      • Windows Backup
    • X
      • XOR (Exclusive OR)
    • Y
      • Yearly Backup
    • Z
      • Zero Data Loss
  • Best Practices and Tips
    • How to backup Microsoft 365 using third-party backup tools
  • FAQs
    • Does Office 365 have backups?
    • What is the best backup for Office 365?
    • How do I backup my Office 365 backup?
    • What is the backup tool for Office 365?
    • Does Office 365 have storage?
    • Is OneDrive a reliable backup solution?
    • What is an Incremental Backup?
    • Does VMware have a backup tool?
    • What is VMware considered backup?
    • What are the types of backup in VMware?
    • Is VMware snapshot a backup?
    • What is the best way to backup a Hyper-V VM?
    • How do I create a backup in Hyper-V?
    • Should you backup a Hyper-V host?
    • What is the difference between Hyper-V snapshot and backup?
    • What is the disaster recovery in IT industry?
    • What should an IT disaster recovery plan include?
    • What are the main steps in IT disaster recovery?
    • What is the difference between IT security and disaster recovery?
    • What is a NAS backup?
    • How do I backup my NAS data?
    • Can NAS be used as a backup?
    • What is Nutanix used for?
    • What is Nutanix storage?
    • What is RPO and RTO in Nutanix?
    • What is MSP backup?
    • What is managed backup service?
    • How do I restore my MSP backup?
    • What is Azure Backup?
    • What is the purpose of Azure Backup?
    • What are the different types of Azure cloud backups?
    • Is Azure Backup a PaaS?
    • What are the downsides of Backblaze?
    • Does Backblaze backup everything?
    • Is Backblaze better than Google Drive?
  • Resources
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  1. FAQs

What is RPO and RTO in Nutanix?

Understanding RPO and RTO in Nutanix: Key Metrics for Data Recovery Objectives.

In the context of data recovery, RPO (Recovery Point Objective) and RTO (Recovery Time Objective) are essential metrics that define an organization's goals and expectations for data protection and recovery. Nutanix, as a hyperconverged infrastructure (HCI) solution, incorporates features that help meet these objectives. Here's an overview of RPO and RTO in Nutanix:

  1. Recovery Point Objective (RPO): RPO refers to the maximum acceptable amount of data loss in the event of a disaster or system failure. It represents the point in time to which an organization can recover its data. Nutanix provides various mechanisms to achieve low RPOs, including:

  • Continuous Data Protection (CDP): Nutanix supports near-synchronous replication, where data changes are continuously replicated to a secondary Nutanix cluster or remote site. This ensures minimal data loss, with RPOs typically measured in seconds.

  • Scheduled Snapshots: Nutanix allows organizations to schedule regular snapshots of their virtual machines (VMs) or specific data volumes. Snapshots capture the state of data at a specific point in time and can be used for quick recovery. The frequency of snapshots can be customized to meet specific RPO requirements.

  1. Recovery Time Objective (RTO): RTO represents the targeted duration within which an organization aims to recover its systems and resume normal operations following a disruption. Nutanix offers features and capabilities to help achieve low RTOs, including:

  • High Availability: Nutanix's distributed architecture and data redundancy mechanisms provide high availability, reducing downtime in the event of node or drive failures. In case of a failure, the affected VMs can be automatically restarted on other available nodes, minimizing service interruption.

  • Disaster Recovery Solutions: Nutanix supports replication between Nutanix clusters, enabling disaster recovery (DR) scenarios. In the event of a primary site failure, organizations can failover to the secondary site, minimizing downtime and achieving rapid recovery.

  • VM Mobility and Live Migration: Nutanix's VM-centric approach allows for easy VM mobility and live migration. VMs can be migrated between nodes or clusters without service disruption, enabling efficient resource utilization and facilitating quick recovery in case of node or cluster failures.

  • Intelligent Load Balancing: Nutanix's built-in load balancing capabilities distribute VMs and workloads across the cluster, ensuring optimal performance and resiliency. This helps to minimize the impact of failures and enhance the overall recovery process.

It's important to note that the specific RPO and RTO values for Nutanix deployments will depend on the organization's requirements, data sensitivity, and the implemented data protection and disaster recovery strategies. Nutanix provides the flexibility and tools necessary to tailor RPO and RTO objectives according to business needs.

By leveraging Nutanix's features such as continuous data protection, scheduled snapshots, high availability, and disaster recovery solutions, organizations can achieve low RPOs and RTOs, minimizing data loss and downtime in the event of a disaster or system failure. These capabilities contribute to an effective data recovery strategy and help ensure business continuity.

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Last updated 1 year ago

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