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Backup & Recovery · Data Protection

Enterprise Backup & Recovery to Recover With Confidence.

Protect critical servers, applications and business data with backup and recovery architecture designed around your infrastructure, retention requirements, recovery objectives and operational priorities.

Server Backup Servers, VMs, databases and files protected.
Data Recovery Restore files, servers, VMs or databases.
Retention Planning Keep the right restore points for the right time.
Recovery Strategy RPO and RTO planned around your priorities.
Offsite Backup Custom Schedules Database Backup DR Integration
Backup & Recovery Proposal FREE BACKUP REVIEW

Request a Backup & Recovery Proposal

Share your data size, backup frequency, retention and recovery requirements. Our team will review them and recommend a backup architecture.

Optional — details help our team design the right backup plan. 0 / 1500
Secure submission Infrastructure team review Custom retention design
What is backup and recovery

Recoverable Copies of Everything That Matters

Backup creates recoverable copies of important data and systems. Recovery is the process of restoring those copies when production data is lost, corrupted or unavailable.

A complete approach considers backup frequency, retention, storage location, recovery priorities and how quickly systems must be restored, designed around your infrastructure rather than a one-size-fits-all schedule.

  • Backup

    Create copies of critical data and infrastructure

  • Retain

    Keep restore points according to requirements

  • Verify

    Validate backup availability and recovery readiness

  • Recover

    Restore required data or systems when needed

Backup and recovery reference architectureProduction servers are backed up to a backup repository holding restore points. A secondary copy is kept offsite. Data is restored to a restore target when needed. Retention tiers keep daily, weekly, monthly and archival restore points.PRODUCTIONServersApps & dataBACKUPRepositoryRestore pointsOFFSITEOffsite copySeparate locationRECOVERRestore targetWhen neededRETENTION TIERSDAILYRecent restoresWEEKLYRollback pointsMONTHLYLonger-termARCHIVALLong-termShorter retentionLonger retention
Illustrative. Final architecture depends on data size, backup frequency, retention requirements, recovery objectives and supported platforms.
Backup solutions

Protection for Every Critical Workload

From individual files to complete servers and virtual machines, backup is designed around what your business cannot afford to lose.

Server backup

Protect dedicated servers and supported virtual infrastructure.

File and data backup

Protect critical files, directories and business data.

Database backup

Backup workflows for supported database environments.

Virtual machine backup

Protect supported virtual machines and workloads.

Offsite backup

Secondary copies kept away from primary production storage.

Custom backup architecture

Designed around workload size, retention and recovery needs.

Backup strategy

Backup Built Around Business Risk

Every workload carries a different level of risk. A backup strategy sets the right protection for each one.

  • Backup frequency

    The right backup interval for each workload.

  • Retention policy

    How long backup versions are kept.

  • Backup location

    Backup data separated from production storage where appropriate.

  • Recovery priority

    Which systems must be restored first.

  • Capacity planning

    Backup storage planned around data growth and retention.

  • Recovery testing

    Periodic recovery validation built into operations.

Data protection comparison

Backup vs Disaster Recovery

Backup protects your data. Disaster recovery restores your services. A complete data protection strategy uses both.

AspectDisaster recoveryBackup
Primary purposeService continuityData protection
Restore filesPart of recoveryCore function
Alternate infrastructureOften requiredNot always
RPO / RTODesigned around bothSupports RPO
Best strategyUse togetherUse together

Need full service continuity? Explore disaster recovery →

Technical capabilities

Backup Architecture Designed for Recovery

Storage, scheduling, retention and recovery are planned together, so backups are ready when you need them.

Infrastructure

Dedicated, virtual and supported environments

Backup type

File, server, VM and application-specific options

Storage

SSD, HDD and capacity-oriented backup storage

Retention

Custom retention policies

Scheduling

Backup frequency according to workload

Recovery

Supported file, data and workload restoration

Monitoring

Backup job monitoring where supported

Architecture

Custom backup and recovery design

Why HostGraber

Backup That Reflects How Your Infrastructure Runs

Backup strategy should reflect how your servers, applications, storage and networks actually operate. HostGraber combines backup with infrastructure monitoring, server management and disaster recovery.

  • Backup capacity planning
  • Retention architecture
  • Server and workload expertise
  • Monitoring integration
  • Recovery planning
  • Disaster recovery integration
  • Protect your data
  • Recover with confidence
  • Plan for growth
Use cases

Backup and Recovery for Business-Critical Data

  1. 01

    Dedicated servers

    Server-level protection for production workloads.

  2. 02

    Virtual machines

    Restore points for supported VMs and workloads.

  3. 03

    Databases

    Backup workflows for critical transactional data.

  4. 04

    Web applications

    Site files, uploads and application data.

  5. 05

    SaaS infrastructure

    Protect customer data across services.

  6. 06

    Hosting platforms

    Backups across many customer environments.

  7. 07

    Enterprise applications

    ERP, CRM and line-of-business systems.

  8. 08

    Critical business data

    Documents and records the business depends on.

Deployment process

From Assessment to Ongoing Protection

  1. 01ASSESS

    Assessment

    We identify workloads, data size and protection requirements.

  2. 02POLICY

    Policy design

    Backup frequency, retention and recovery objectives are defined.

  3. 03PROVISION

    Provisioning

    Approved storage and backup workflows are provisioned.

  4. 04VALIDATE

    Validation

    Backup jobs and available restore points are validated.

  5. 05REVIEW

    Monitor and review

    Capacity, backup health and policies are reviewed over time.

Backup and recovery insights

Enterprise Backup and Recovery: Objectives, Retention and Restoration

An overview for IT teams responsible for data protection: how recovery objectives shape backup design, how retention is structured and which recovery options to plan for.

Recovery objectives: RPO and RTO

Two objectives define how a backup and recovery solution should be designed. Agreeing them first ensures the architecture matches business expectations.

ObjectiveWhat it representsDesign impact
RPOHow much recent data the organisation can tolerate losingLower RPO requires more frequent backups or replication
RTOHow quickly a system should be restored after an incidentRecovery architecture is designed to meet the required window

Retention planning

Retention defines how long backup copies are kept before they are rotated or removed. A tiered approach balances recovery flexibility against storage capacity:

TierPurpose
DailyRecent operational restore points
WeeklyExtended rollback points
MonthlyLonger-term retention
CustomRetention according to business policy
ArchivalLong-term storage where required

Recovery options

Not every incident requires a full system restore. Planning for different recovery types shortens the path back to normal operations:

Recovery typeWhat it restores
File recoverySelected files or directories, where supported
Database recoverySupported database backup sets
Server recoverySupported server workloads from available backups
VM recoveryEligible virtual machines and workload data
Point-in-time recoveryAn available historical restore point, where supported
Custom recoveryWorkflows for complex application environments

Separating backups from production

A backup stored on the same system as the data it protects can be lost in the same incident. Keeping backup data separate from primary production storage, and maintaining a secondary offsite copy, protects against hardware failure, accidental deletion and site-level events.

A widely used guideline is the 3-2-1 approach: three copies of data, on two different types of storage, with one copy offsite. Dedicated backup storage provides the capacity to support it.

Preparing a backup and recovery proposal

The following information helps our team recommend the right architecture:

  • Systems to protect: servers, VMs, databases or files
  • Total data size and expected growth
  • Required backup frequency and retention period
  • RPO and RTO targets for critical systems
  • Offsite copy or disaster recovery requirements

Share these details through the backup and recovery proposal form and our team will recommend a solution.

Backup glossary

Key Backup and Recovery Terminology

Backup
A recoverable copy of data or systems, kept separately from the production copy.
Restore point
A specific backup version from which data can be recovered.
Retention
How long backup copies or restore points are kept before rotation or removal.
RPO
Recovery Point Objective: the acceptable amount of data loss, measured in time.
RTO
Recovery Time Objective: the target time to restore a system after an incident.
Offsite backup
A backup copy stored away from the primary production location.
Full backup
A complete copy of the selected data at a point in time.
Incremental backup
A backup of only the data that changed since the previous backup.
Point-in-time recovery
Restoring data to its state at a specific earlier moment.
Backup verification
Checking that backups completed and can be restored successfully.
Frequently asked questions

Backup and Recovery Questions Answered

Have a question about your data protection? Share your requirements and our team will advise.

What is backup and recovery?

Backup creates recoverable copies of data, while recovery restores that data when the production copy becomes unavailable or unusable.

Can you back up dedicated servers?

Yes. Backup solutions can be designed for eligible dedicated server environments according to platform and technical requirements.

Can virtual machines be backed up?

Yes. Supported virtual environments can be included in a backup architecture according to platform capabilities.

How frequently should backups run?

Backup frequency depends on how frequently data changes and how much recent data the organisation can tolerate losing.

What is backup retention?

Retention defines how long backup copies or restore points are preserved before they are rotated or removed.

What are RPO and RTO?

RPO represents acceptable data loss measured in time, while RTO represents the target time for restoring a system after an incident.

Is backup the same as disaster recovery?

No. Backup primarily protects data, while disaster recovery covers the broader process of restoring applications, infrastructure and business services.

Can HostGraber design a custom backup solution?

Yes. Backup architecture can be designed around data size, retention, frequency, storage, recovery and workload requirements.

Are backups tested?

Backup jobs and available restore points are validated during deployment, and periodic recovery testing can be included in ongoing operations.

How do I get started with backup and recovery?

Complete the backup and recovery proposal form with your backup requirement and data size. Our team will review your environment and recommend a backup architecture.

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