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Database Magazine
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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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  • Definition
  • Explanation
  • Related terms
  1. Glossary of Terms
  2. H

Hybrid Cloud Backup

Explore the benefits of Hybrid Cloud Backup, a secure and flexible data protection strategy.

Definition

Hybrid Cloud Backup refers to a data backup strategy that combines the use of both on-premises infrastructure and cloud-based services for storing and protecting data. It leverages the benefits of both local backups and off-site cloud backups to achieve a comprehensive and flexible data protection solution.

Explanation

Hybrid Cloud Backup is designed to address the challenges of data protection by integrating the advantages of local backups and cloud-based backups into a single strategy. It combines on-premises backup infrastructure, such as backup servers and storage systems, with cloud services for secure data storage and off-site redundancy.

Here's how Hybrid Cloud Backup typically works:

  1. Local Backup Infrastructure: The local backup infrastructure consists of backup servers, storage devices, and backup software deployed within the organization's premises. It allows for fast backup and recovery operations, providing quick access to data in case of local data loss or system failures.

  2. On-Premises Backup: The local backup infrastructure performs regular backups of critical data from various sources within the organization's network. This includes servers, databases, virtual machines, endpoints, and other important data repositories.

  3. Cloud Backup Services: Hybrid Cloud Backup integrates cloud-based backup services into the overall data protection strategy. These services enable the organization to store backup copies of data in remote data centers or cloud storage platforms.

  4. Off-Site Data Redundancy: The cloud-based backup copies serve as off-site redundancy, ensuring that data is protected even in the event of a local disaster or major system failure. In case of data loss or unavailability in the local infrastructure, data can be recovered from the cloud backups.

Benefits of Hybrid Cloud Backup include:

  • Data Redundancy and Disaster Recovery: Hybrid Cloud Backup provides an additional layer of data redundancy by storing backups in off-site cloud environments. This ensures data availability and recoverability even in the event of a major disaster or on-premises failure.

  • Scalability and Flexibility: Cloud-based backup services offer scalability, allowing organizations to adjust storage capacity as needed. It provides the flexibility to accommodate changing data volumes and growth requirements.

  • Cost Optimization: Hybrid Cloud Backup optimizes costs by leveraging on-premises infrastructure for quick backups and recoveries, while utilizing cloud resources for long-term storage and off-site data protection. This helps reduce the need for extensive on-premises storage infrastructure.

  • Centralized Management: Hybrid Cloud Backup solutions often include centralized management platforms or software that streamline backup operations across both on-premises and cloud environments. This simplifies administration, monitoring, and reporting tasks.

Related terms

  • Cloud Backup: Cloud Backup refers to the process of storing data backups in remote cloud-based storage systems or platforms. It provides the advantage of off-site data redundancy and accessibility.

  • On-Premises Backup: On-Premises Backup refers to the practice of performing data backups using local infrastructure and resources within an organization's premises. It allows for faster backup and recovery operations.

  • Data Protection: Data protection encompasses strategies and technologies used to safeguard data from loss, corruption, or unauthorized access. Hybrid Cloud Backup is a data protection approach that combines on-premises and cloud-based backup strategies.

  • Disaster Recovery: Disaster Recovery is the process of recovering and restoring critical systems, applications, and data after a major disaster or disruptive event. Hybrid Cloud Backup can be a component of an organization's disaster recovery plan.

  • Off-Site Backup: Off-Site Backup refers to storing backup copies of data in a remote location separate from the primary data source. In Hybrid Cloud Backup, the cloud-based backups serve as off-site copies for added data protection.

  • Backup and Recovery: Backup and Recovery is the process of creating copies of data to protect against data loss and facilitating the restoration of that data in case of data loss or system failures. Hybrid Cloud Backup is a backup and recovery strategy that combines on-premises and cloud-based approaches.

It's important to note that Hybrid Cloud Backup implementations can vary, and organizations should consider their specific requirements, data protection policies, and compliance regulations when designing and implementing a Hybrid Cloud Backup solution.

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Last updated 1 year ago