GITNUXSOFTWARE REVIEW
Data Science & AnalyticsTop 10 Best Data Backup and Restore Software of 2026
Compare data backup and restore software options for IT teams, covering features and tradeoffs for faster restore planning and testing.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page. This does not influence our reviews. Editorial policy
Carbonite is the best pick for mid-size IT teams that need consistent endpoint and file restore with policy-controlled backups because it supports granular file and folder recovery from protected endpoints for targeted recovery, whereas Commvault fits enterprises that want governed, repeatable restore procedures since its policy-driven orchestration ties schedules, retention, and restore validation reporting into one workflow.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Carbonite
Granular file and folder restore from protected endpoints for targeted recovery after deletion or compromise.
Best for: Fits when mid-size IT teams need consistent endpoint and file restore with policy-controlled backups.
Commvault
Editor pickPolicy-driven orchestration that ties backup schedules, retention, and restore validation reporting into a single governed workflow.
Best for: Fits when enterprises need centralized policy automation and repeatable restore procedures across mixed workload types.
Acronis Cyber Protect
Editor pickImmutable backup storage options combine with retention controls inside the backup management workflow.
Best for: Fits when teams need endpoint image backups with governance controls and restore readiness checks across mixed servers.
Comparison Table
Carbonite
SMBCloud backup for servers, endpoints, and small businesses.
Granular file and folder restore from protected endpoints for targeted recovery after deletion or compromise.
Carbonite’s core workflow is policy-driven protection of endpoints and shared folders, where agents capture changes and send them to a managed storage repository. The restore experience emphasizes granular selection for files and folders, with fast rollback of individual items instead of full-system redeployments. Admin visibility is built around job status, protected asset lists, and operational reporting that helps track backup failures.
A tradeoff appears in environments that require deep platform-level restore, because Carbonite’s strongest recovery story centers on file-level return rather than bare-metal reconstruction. Carbonite fits when restoring user files or shared documents after ransomware or accidental deletion is the priority, and when IT wants consistent, policy-controlled backups across distributed workstations.
- +Agent-based coverage for endpoints and shared folders with centralized policy management
- +File and folder restore workflows for targeted recovery
- +Operational reporting for backup job status across protected assets
- +Configuration reuse across groups of machines for consistent protection
- –Weaker emphasis on bare-metal or full platform restore compared with recovery suites
- –Less integration breadth for complex application-aware backup workflows
- –Restore dependencies on prior backup health can slow recovery after repeated failures
- –Granular restore still needs careful selection during large incident cleanups
IT operations teams
Restore deleted user documents quickly
Shorter downtime for staff
Security teams
Recover from ransomware file impact
Faster restoration of business data
Show 2 more scenarios
Small businesses
Protect shared folders across offices
Uniform backup coverage
Apply consistent protection policies to file repositories managed from one console.
MSP backup administrators
Manage protection for many clients
Lower administrative overhead
Use group-based configuration to apply similar backup settings at scale.
Best for: Fits when mid-size IT teams need consistent endpoint and file restore with policy-controlled backups.
Commvault
enterpriseEnterprise data protection and management across on-prem and cloud.
Policy-driven orchestration that ties backup schedules, retention, and restore validation reporting into a single governed workflow.
Commvault targets organizations that run mixed environments and want centralized governance over backup and restore across multiple workload types.
Its core strength is the linkage between policy configuration, operational automation, and restore-focused recovery workflows with reporting.
The breadth of options increases administrative complexity, especially when environments require custom integrations and platform-specific settings.
- +Centralized policy management across agents, hypervisors, and cloud targets
- +Granular recovery workflows for files and application-level restores
- +Extensibility via APIs and integration points for automation
- +End-to-end backup validation and restore testing reporting
- –Setup depth increases operational overhead for smaller environments
- –Restore workflow design can require careful planning and training
- –Throughput depends heavily on storage, network, and configuration choices
- –Many capabilities rely on add-on components for specific platforms
Enterprise infrastructure and backup teams
Protect mixed workloads under coordinated policies
Consistent protection across environments
Equipment and dealership IT teams
Back up dealership ERP and business records
Protected business records
Show 2 more scenarios
IT operations and service desk teams
Recover selected files or workloads
Faster targeted restoration
Restore only selected files, volumes, or workloads instead of rebuilding an entire protected environment.
Compliance and records teams
Retain and archive backups for years
Controlled long retention
Apply retention rules and move older backup data into archival storage tiers for extended preservation.
Best for: Fits when enterprises need centralized policy automation and repeatable restore procedures across mixed workload types.
Acronis Cyber Protect
enterpriseIntegrated backup, anti-malware, and endpoint management suite.
Immutable backup storage options combine with retention controls inside the backup management workflow.
Acronis Cyber Protect performs agent-based backups that cover files, disks, and full bare-metal-style recovery paths for Windows and Linux endpoints. It supports hypervisor and workload recovery scenarios through image-based backups plus centralized policies in the Acronis management console.
The product includes built-in ransomware-focused controls such as immutable backup options and verification checks during or after backup jobs. Governance is handled through role-based access to console actions and audit logging around backup configuration changes and job activity.
- +Image-level endpoint backups enable bare-metal style volume recovery workflows
- +Immutable backup storage options support ransomware-resistant retention
- +Verification checks run against backups to validate restore readiness
- +Role-based console access plus audit logs support backup governance
- –Initial agent deployment and policy rollout can be time-consuming in large estates
- –Advanced automation depends on managing multiple policy layers and job templates
- –Some granular application-consistent snapshot workflows require careful guest integration
- –Restore testing adds overhead if it is not standardized across teams
IT operations teams
Apply centralized endpoint protection policies
More consistent restore readiness
Help desk and IT support teams
Recover files from image-based backups
Targeted data restoration
Show 2 more scenarios
Storage and infrastructure teams
Include NAS shared data in backups
Protection for shared files
Incorporate NAS shares into backup and cyber protection workflows for shared recovery scope.
IT governance and compliance teams
Manage retention and verify recoverability
Documented restore readiness
Use retention policies, access controls, activity records, and verification routines to manage long-term recoverability.
Best for: Fits when teams need endpoint image backups with governance controls and restore readiness checks across mixed servers.
Veeam
enterpriseEnterprise backup platform for virtual, physical, and cloud workloads.
Veeam Recovery Orchestrator coordinates multi-step, IT-operator runbook restore workflows across systems.
Veeam delivers backup and restore for virtualized and endpoint environments with a focus on fast recovery workflows and flexible retention designs. Its core capabilities include Veeam Backup for VM workloads, Veeam Agent for Windows and Linux for file and system recovery, and Veeam Recovery Orchestrator for runbook-style restore automation.
- +Restore automation with Veeam Recovery Orchestrator workflows
- +Granular VM restore options include file-level and volume-level recovery
- +Policy-based backup jobs with consistent monitoring and alerting
- +Immutable repository support for ransomware-resistant backup storage
- –Environment design and transport tuning can be time-consuming
- –Cross-site orchestration needs deliberate job and credential governance
- –Large-scale endpoint coverage adds operational overhead
- –Agent rollout strategy requires planning for heterogeneous OS estates
Enterprise backup teams
Centralize protection across heterogeneous workloads
Centralized coverage across environments
Virtualization administrators
Back up VM fleets with restore points
More consistent VM recovery
Show 2 more scenarios
Systems administrators
Run bare-metal restore for physical servers
Recover failed servers
Use recovery media and full-system restore workflows to recover entire failed or corrupted physical servers.
Security-conscious IT operations
Maintain immutable recovery for ransomware
More reliable recovery readiness
Maintain immutable recovery points and test restore procedures to reduce dependence on manual triage.
Best for: Fits when virtual-machine recovery must be fast, granular, and partly automated for admin teams.
Cohesity
enterpriseHyperconverged secondary storage and data protection platform.
Instant restore orchestration that prepares backed-up workloads for rapid access within the Cohesity restore workflow.
Cohesity uses deduplicated backup data flows and change-aware ingestion to minimize backup windows and storage growth across frequent snapshots. Restore workflows include VM-level recovery and granular file recovery, with application-consistent snapshots supported through common VMware mechanisms. Admin teams can manage retention policies and schedule enforcement from a centralized console, then track job activity and failures in the same interface.
- +Granular file restore from image-based backup without replatforming servers
- +Centralized retention and policy enforcement across multiple protected clusters
- +Restore workflow supports VM and volume recovery patterns
- +Activity visibility across backup, restore, and verification jobs
- –Advanced workflows depend on Cohesity cluster deployment design
- –Policy modeling can require careful planning for multi-app consistency
- –Some integrations require separate component configuration outside the core console
- –Operational tuning may be needed to keep ingestion throughput within targets
Platform engineering teams
Standardize restore runbooks across clusters
Faster, consistent recoveries
Enterprise IT operations
Recover accidentally deleted or changed files
Reduced downtime for restores
Show 2 more scenarios
Backup administrators
Plan retention for mixed workloads
Lower operational risk
Unified retention schedules and job tracking support consistent governance across environments.
Ransomware recovery owners
Reduce recovery impact after damage
Quicker time to restoration
Restores use controlled policies and visibility to speed clean recovery decisions.
Best for: Fits when centralized backup automation and consistent restore workflows matter for vSphere estates.
Datto Backup
SMBMSP-focused backup and disaster recovery for servers and endpoints.
Datto backup jobs are designed around recovery testing workflows that validate restore readiness, not only successful backup completion.
Datto Backup provides agent-based backup and fast restore workflows for physical systems and virtual machines managed through the Datto console. It delivers image-level backup and application-aware recovery options that target ransomware recovery outcomes and predictable restore points.
- +Centralized console manages backup scheduling and recovery workflows across protected endpoints
- +Image-level backup supports consistent volume and VM recovery paths
- +Application-consistent snapshots support predictable recovery for common workloads
- +Built-in backup verification helps catch failed jobs before restore is needed
- –Restore planning can require more attention for multi-VM environments with shared storage
- –Advanced retention and immutability settings require careful governance discipline
- –Integrations outside the Datto ecosystem are less extensive than some large enterprise suites
- –Restore performance depends heavily on network and repository throughput sizing
Managed service providers
Protect multiple customer environments
Consistent multi-site oversight
SMB administrators and help desks
Recover files after accidental user changes
Quicker targeted recovery
Show 2 more scenarios
IT administrators and MSPs
Restore after ransomware incidents
Controlled workload restore
Roll systems back using retained recovery points and guided restore workflows after ransomware events.
Distributed organizations and MSPs
Standardize branch office backup policies
Standardized branch protection
Apply consistent backup and recovery policies to branch servers and endpoints with central oversight.
Best for: Fits when mid-size teams need consistent image-level restore across servers and hypervisors with centralized recovery workflows.
Unitrends
SMBAll-in-one backup and recovery appliances and software for SMBs.
Recovery orchestration around restore testing and verification reports that map backup sets to restore readiness.
Unitrends targets organizations that need VM-centric backup and restore with operational reports built around restore outcomes and recovery events. It supports agent-based protection for physical servers and agent-based and VMware-focused protection for virtual environments, with image-style restore workflows for bare-metal scenarios.
- +Restore workflows include bare-metal oriented recovery paths for server rebuilds
- +Policy-driven schedules and retention reduce manual bookkeeping across assets
- +Backup verification jobs surface issues against stored backup sets
- +Reporting ties backup jobs to recovery readiness signals for audits and reviews
- –Granular application-aware protections depend on platform integrations and agents
- –Automation depth for custom workflows and external orchestration is limited
- –Initial setup for heterogeneous environments can require more staging than peers
- –Scale-out operations for very large fleets can increase administrative overhead
IT administrators responsible for servers
Schedule backups with health monitoring
Clear backup health visibility
Virtualization and infrastructure teams
Protect VMware and Hyper-V workloads
Recoverable virtual workloads
Show 2 more scenarios
IT teams supporting regulated operations
Report retention and recovery outcomes
More traceable recovery activity
Use retention controls and recovery reporting to support internal reviews and audit evidence.
IT support and application administrators
Restore specific data items
Faster item-level recovery
Retrieve files, objects, and selected application data from protected workloads without restoring whole images.
Best for: Fits when teams need dependable VM restore workflows and selective bare-metal recovery without building custom automation around backups.
MSP360
SMBBackup software supporting multiple cloud storage destinations.
Immutable-style backup retention controls that add object-lock style protection to stored backup sets.
MSP360 performs agent-based backups for physical machines and virtualized workloads, then restores data at the file and volume levels. Its recovery workflows include image-level restore and granular recovery for files from backed-up disks.
- +Agent-based protection covers endpoints without reliance on VM tooling
- +File-level recovery works from disk images without re-creating full environments
- +Immutable-style retention options support ransomware-resistant storage models
- +Central console organizes backup jobs and restore operations across multiple machines
- –Image-level recovery workflows can require careful boot media and environment alignment
- –Automation depth for large-scale governance and policy enforcement is limited versus enterprise suites
- –Cross-platform restores are constrained by agent compatibility and supported OS targets
- –Advanced verification and continuous backup operational reporting need extra admin time
Distributed organizations and MSPs
Back up remote devices to cloud storage
Ongoing offsite protection
Managed service providers
Manage backups for multiple clients
More consistent backup operations
Show 2 more scenarios
Help desk and IT operations teams
Standardize scheduled backup routines
Repeatable backup coverage
Use scheduled jobs and retention policies with bulk management to reduce repetitive manual work.
Infrastructure and desktop support teams
Restore failed hosts with bare-metal images
Restored machines without rebuild
Use image-based backups for full-system and bare-metal recovery after disk failure or severe damage.
Best for: Fits when mid-size teams need endpoint-focused backups with reliable file and volume restore paths.
Backblaze
SMBCloud backup and object storage for businesses and consumers.
Block-level deduplication in Backblaze’s storage layer reduces stored backup footprint.
Backblaze centers backup on a simple agent setup and cloud storage, with versioned file recovery as the core workflow. Its restore process focuses on downloading archived data and retrieving it through configured delivery methods, rather than providing VM-level recovery features.
- +File-level backup with straightforward version retention
- +Automated scheduling reduces operational workload for daily backups
- +Web console centralizes backup status and recovery initiation
- +Cloud restore options support both downloads and shipped data requests
- –No native bare-metal restore workflow for full system rebuilds
- –VM-level and application-consistent snapshot options are not the primary model
- –Restore performance depends on internet throughput and recovery size
- –Governance controls like granular RBAC and audit export are limited
Individuals and project teams
Restore deleted project documents
Specific files restored
Small business IT teams
Back up a limited server set
Remote server file protection
Show 2 more scenarios
Developers and operations teams
Store application-generated content externally
Application data retained
Use B2 object storage as a repository for application-generated data and content outside primary systems.
IT and data protection teams
Keep backups recoverable from deletion
Recoverability preserved
Apply retention and immutability settings to preserve backup/job source data against unwanted changes.
Best for: Fits when teams need dependable file-level cloud backup with low admin overhead.
Veritas NetBackup
enterpriseEnterprise-grade backup and recovery for multi-cloud environments.
NetBackup catalog-based restore selection ties recovery choices to job metadata and backup history.
Veritas NetBackup centers on centralized policies that govern backup types, media handling, retention windows, and catalog metadata, which supports consistent restore behavior. The restore workflow is oriented around the NetBackup catalog, so operators can select the right backup instance for file, VM, or volume recovery depending on environment integration. For protection planning, NetBackup supports block-level change processing and synthetic full backup workflows to reduce full-backup frequency while keeping restore points available. For administration, the product offers role-based access options, activity tracking, and configuration controls that fit regulated operational models.
- +Catalog-driven restores give consistent selection of backup instances
- +Policy-based scheduling centralizes retention, media, and backup behavior
- +Change processing and synthetic full backup reduce full-backup overhead
- +RBAC and activity tracking support governance for backup operations
- –Environment integration and media lifecycle setup require experienced admin work
- –Troubleshooting can span catalog, job logs, and storage components
- –Advanced configuration can increase backup window tuning effort
- –Non-enterprise deployments may feel heavy for simple workloads
Enterprise infrastructure teams
Run governed backups across mixed estates
More repeatable recovery operations
Governed operations groups
Control who can restore and reconfigure
Lower recovery process risk
Show 2 more scenarios
Recovery teams
Conduct frequent recovery drills
Faster drill execution
Restore paths rely on catalog history so operators can validate point selection and recovery steps.
Storage and platform admins
Reduce full-backup frequency overhead
Smaller backup window pressure
Synthetic full backup workflows maintain restore points while limiting the need for repeated full backups.
Best for: Fits when enterprises need governed backup policies and frequent restore testing across mixed environments.
Conclusion
After evaluating 10 data backup and restore software, Carbonite stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Frequently Asked Questions About Data Backup and Restore Software
How does Veeam Recovery Orchestrator reduce manual steps during multi-system restores?
Which tool provides the most catalog-driven restore selection tied to backup job metadata?
When does Cohesity’s in-console restore workflow improve speed versus exporting backups to external processes?
What breaks if endpoint-focused restore expectations are VM-level requirements?
How do Commvault integrations and API access support policy automation across backup, restore, and reporting?
How does Veeam handle ransomware resilience with immutable backup repositories and recovery-aware options?
When should backup verification and restore testing workflows be prioritized over policy-only monitoring?
What tradeoff appears when an organization chooses Backblaze for restore workflows instead of hypervisor-grade restore tooling?
How do admin controls differ between Cohesity and Acronis Cyber Protect for backup configuration governance?
Where does Rubrik fall short if an environment needs standardized, policy-driven extensibility workflows like Commvault?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Data Backup and Restore Software
What separates backup options is how reliably they capture changes and restore them under real conditions. Focus on restore testing and retention controls, not just snapshot counts or marketing terms.
Restore testing evidence
Why it matters
Restore testing evidence tells us whether the product can be proven ready when something fails, not just whether backups were taken. It directly reduces the chance you discover gaps during a recovery.
How to check
On a demo, ask for a workflow that replays a backup into a test target, then export a restored file and verify it matches the source. Look for documentation on how often restores are tested and what “success” means.
Retention controls and deletion behavior
Why it matters
Retention controls determine how long you keep recoverable copies and whether older data disappears as expected. Deletion behavior matters when you need rollback after mistakes or ransomware.
How to check
Check the retention settings for multiple periods and how they behave when you add new backups. Ask what happens to older copies after a retention change, and run a small test to confirm the UI matches the actual cleanup outcome.
Recovery granularity for files
Why it matters
Recovery granularity for files affects how quickly you can return what you need without restoring everything. For day-to-day incidents, faster selection is often the difference between downtime and an outage.
How to check
Store a few test files in a folder, run a backup, then restore only one file without restoring the full set. Confirm whether the tool can browse and pick the right items consistently across multiple backup times.
Backup policy automation
Why it matters
Backup policy automation decides whether schedules, job rules, and exceptions are consistent over time. When jobs drift, you can lose coverage without noticing.
How to check
Review the schedule UI and triggers for recurring jobs and manual runs. Ask about automation hooks like exporting/importing configuration and reusing policies across hosts or systems.
Audit log and reporting trail
Why it matters
An audit log and reporting trail provides a record of what ran, what succeeded, and what failed. During incidents, it also helps you answer “what was the last known good copy?”
How to check
In the demo, trigger a failed job (for example, by misconfiguring a small test path) and confirm the failure is logged with timestamps. Then show where you can filter for runs by target, status, and time range.
Backup verification options
Why it matters
Verification options indicate whether the product can detect corrupted or incomplete backups before they are needed. This matters because a “successful job” can still produce unusable data.
How to check
Ask what verification it performs after a job (and whether it’s configurable). If possible, simulate an issue in a test dataset and confirm the product flags it in the job results or verification report.
Red flags
- Restore testing is described, but no concrete example of a successful test restore is shown.
- Retention settings change, but old copies don’t disappear as the UI claims.
- You can restore only entire datasets even when you ask for a single file.
Fit by situation
- If you expect frequent operational incidents and need targeted rollbacks, prioritize recovery granularity for files.
- If you must prove recoverability for audits or internal governance, prioritize restore testing evidence.
- If errors and corrupted backups are a recurring concern, prioritize verification options.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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