GITNUXSOFTWARE REVIEW
Storage, Moving & RelocationTop 10 Best File Server Archiving Software of 2026
Compare file server archiving software options and fit for teams. Includes vendor tool notes for archiving with Commvault, Rubrik, and Veeam Backup.
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
Veeam Backup & Replication is the best pick for enterprises that need dependable file share recovery with policy-based long-term retention, because SureBackup self-tests restores using controlled workloads while Commvault is a strong alternative for teams that want policy-driven archiving with fast indexed search.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Veeam Backup & Replication
SureBackup self-testing restores verify backup integrity using controlled startup workloads
Best for: Enterprises needing reliable file share recovery with policy-based long-term retention
Commvault
Editor pickContent indexing for fast search across archived file data
Best for: Enterprises needing policy-driven file archiving, retention control, and indexed search
Arcserve UDP
Editor pickGranular file-level recovery from UDP-protected file server backups
Best for: Organizations needing reliable file share recovery with efficient backup storage reduction
Comparison Table
Veeam Backup & Replication
enterprise backupDelivers backup and recovery with file-level restore options and retention policies that can be used to preserve file server data during relocation.
SureBackup self-testing restores verify backup integrity using controlled startup workloads
Veeam Backup & Replication stands out for enterprise-grade file server protection using storage efficiency and fast recovery workflows. It can back up Windows file servers and preserve point-in-time restores using image-based and item-level recovery options.
Archive use is supported through backup retention policies and the ability to restore specific files and folders from long-term restore points. Operational fit is strongest when file shares change frequently and recovery time targets matter.
- +Frequent recovery points with consistent file server restore granularity
- +Block-level change tracking reduces backup traffic and storage consumption
- +SureBackup can validate backups by running restore checks automatically
- +Instant file-level recovery helps minimize downtime for end users
- –File archiving workflows are backup-driven, not a cataloged archive index
- –Share-level organization and searches depend on restore browsing rather than archive UI
- –Deep automation for tiering across multiple archive targets needs careful design
IT administrators
Restore deleted or modified file shares
Restore operations resume quickly
Compliance and audit teams
Meet long-term retention for file servers
Audit requests handled
Show 2 more scenarios
Enterprise operations teams
Reduce downtime during ransomware events
Minimized service disruption
Supports rapid recovery workflows to restore impacted Windows file server data to verified states.
Storage and infrastructure managers
Cut storage cost for frequent changes
Lower backup storage footprint
Improves storage efficiency during backups while still enabling recovery of individual items when needed.
Best for: Enterprises needing reliable file share recovery with policy-based long-term retention
Commvault
enterpriseProvides enterprise file archiving and storage management with policy-driven retention, indexing, and recovery across on-premises and cloud targets.
Content indexing for fast search across archived file data
Commvault stands out for enterprise-grade file and storage lifecycle management across diverse storage targets. It supports policy-based archiving, automated retention, and index-driven search so archived files remain discoverable.
The solution integrates with storage infrastructure and backup workflows to coordinate data protection with long-term retention. Administrative controls cover compliance-oriented retention and disposition to reduce manual file governance.
- +Policy-based file archiving automates retention and disposition workflows
- +Searchable indexes speed discovery across archived file content
- +Integrates archive management with broader data protection processes
- +Scales across many file servers and heterogeneous storage targets
- –Setup and tuning can require significant enterprise IT effort
- –Discovery depends on correct indexing configuration and ongoing operations
- –Advanced workflows may increase administrative complexity
- –Performance planning is needed for large-scale file migrations
IT operations and service desk teams
Restore selected files from protected storage
Faster, targeted recovery
Compliance, records, and IT teams
Apply retention policies to archive tiers
Controlled data preservation
Show 2 more scenarios
Enterprise infrastructure and backup teams
Coordinate hybrid workload archiving policies
Consistent protection coverage
Protects servers, virtualization, and cloud resources using consistent policies across distributed environments.
Legal, compliance, and records management
Run holds for investigations and discovery
More controlled preservation
Coordinates retention controls and hold workflows to preserve potentially relevant data during investigations.
Best for: Enterprises needing policy-driven file archiving, retention control, and indexed search
Arcserve UDP
data protectionProvides data protection with file-level recovery and retention-oriented backups that support archiving use cases tied to storage relocation projects.
Granular file-level recovery from UDP-protected file server backups
Arcserve UDP stands out for file server-focused backup and recovery with direct access to NAS and Windows file shares. It supports block-level and file-level protection for data on protected servers and workloads.
Restore operations can be performed to the original location or as granular file recovery for individual items and folders. It also includes deduplication and compression options to reduce backup storage footprint.
- +Granular file and folder restores from protected file shares
- +Deduplication and compression reduce backup storage usage
- +Supports NAS and Windows file share sources for file server archiving
- +Fast recovery targets for return-to-service after incidents
- –Archiving and retention controls are less intuitive than specialized archivers
- –Management complexity rises with multiple sites and schedules
- –Restore workflows can require multiple steps for nested folders
- –Less emphasis on searchable archive portals for long-term browsing
SQL Server administrators and teams
Restore databases to a recovery moment
More targeted recovery
Infrastructure teams and small IT
Rebuild servers after hardware failure
Repeatable server rebuild
Show 2 more scenarios
IT teams managing mixed environments
Centralize backup across servers and file shares
Consistent backup administration
Manages backup policies for physical servers, virtual machines, and file system targets in one workflow.
System administrators and app owners
Recover earlier versions of deleted data
More selective recovery
Uses granular restore paths and journal or change-history records to select earlier versions or recovery points.
Best for: Organizations needing reliable file share recovery with efficient backup storage reduction
Rubrik
enterprise backupProvides policy-driven backup and archival workflows with immutable storage options and rapid search for preserved file data.
Immutable backups with ransomware-focused recovery workflow
Rubrik stands out for unifying ransomware resilience and file recovery around immutable backups and rapid restore workflows. The platform supports backup and archiving of NAS and file shares while indexing data for faster search and restore operations.
- +Ransomware-focused protection with immutable backup options
- +Granular restore to specific files and folders from file shares
- +Fast search using metadata indexing for quicker recovery
- +Policy-based protection for NAS and unstructured file data
- –Architecture complexity increases planning for large NAS estates
- –Advanced governance features require deeper configuration effort
- –Restores depend on proper indexing and metadata health
- –File-only workflows may still need full backup infrastructure setup
IT storage and backup admins
Consolidate NAS and file share protection
Restore faster, reduce ransomware impact
Compliance and governance teams
Prove archive coverage across locations
Pass audits with evidence
Show 2 more scenarios
Legal and eDiscovery teams
Recover specific users and folders
Find relevant files quickly
Run granular restores using time points and folder filters to support investigations and holds.
Mid-market IT leaders
Meet ransomware recovery time objectives
Resume operations with minimal loss
Use policy-driven immutable retention and rapid restore workflows to limit downtime after attacks.
Best for: Enterprises needing secure file share archiving and fast granular restores
Acronis Cyber Protect
backup suiteSupports backup and long-term retention for server workloads so archived file data remains recoverable after storage moving and rehosting.
Policy-based file server archiving with retention and searchable archive access
Acronis Cyber Protect stands out for combining file-level archiving with system-wide backup and ransomware-focused protection in one management experience. The archiving workflow targets file server data using policy-based selection, schedule control, and retention settings to keep older files accessible.
- +Policy-based file selection with scheduled archiving
- +Central console for monitoring archive and protection jobs
- +Retention controls help manage aging file server data
- +Search access to archived items speeds investigations
- –Archive operations are tied to its broader protection framework
- –Advanced archive workflows require careful policy design
- –Large environments need deliberate performance and storage planning
- –Granular per-folder controls are less flexible than dedicated archivers
Help desk and IT support teams
Recover specific files and folders
Targeted restoration
Infrastructure and server teams
Restore bare-metal server images
Full-system recovery
Show 2 more scenarios
Storage and infrastructure teams
Protect NAS shares as part of scope
Additional shared-data protection
Incorporates NAS shares into backup and cyber protection workflows for shared file recovery scope.
Hybrid infrastructure teams
Manage mixed protection from one surface
Consolidated administration
Manages protection for physical systems, virtual machines, servers, endpoints, and cloud workloads together.
Best for: Organizations consolidating file archiving with backup and ransomware protection management
OpenText Archiving
records archivingProvides content and records archiving capabilities with retention controls for file-like data stored across systems.
Policy-based retention and governed archive lifecycle for records and documents
OpenText Archiving stands out by centralizing file retention workflows around a managed archive that can integrate with enterprise storage and content services. It supports long-term preservation of documents and records with policies that control what gets archived and how retention is enforced.
- +Policy-driven retention rules for consistent archive governance
- +Integration options for enterprise storage and content environments
- +Supports compliant handling of archived records
- +Administrative controls for lifecycle management
- –Enterprise-oriented deployment can be heavy for small teams
- –File server archiving requires careful planning of retention policies
- –Migration and indexing effort can be substantial for large shares
- –Performance tuning may be needed for high-volume archive workloads
IT storage operations teams
Archive file shares to managed retention
Lower storage costs
Compliance and records managers
Manage legal holds and retention schedules
Audit-ready retention control
Show 2 more scenarios
Security and governance teams
Control access to archived records
Reduced access risk
Maintains controlled retrieval and handling of long-term preserved content with governance controls.
Enterprise content platform administrators
Integrate archiving with content services
Unified lifecycle management
Connects archive workflows with enterprise storage and repository services for consistent lifecycle handling.
Best for: Enterprises archiving file servers with retention governance and audit needs
IBM Storage Protect
data protectionEnables data protection workflows for file data with backup, archive, deduplication, and policy-based retention to support archival needs during relocation.
Policy-based retention and managed restore for archived file versions
IBM Storage Protect distinguishes itself with enterprise file archiving capabilities built for protecting data across multiple systems and storage tiers. It supports policy driven backup and archive workflows that retain historical file versions for restore and compliance use cases.
- +Policy driven retention for archived files and recoverable versions
- +Centralized management for archive and backup operations
- +Efficient file recovery from archived storage datasets
- +Strong fit for heterogeneous enterprise storage environments
- –Deployment complexity requires careful planning for storage and retention policies
- –Advanced configuration can be heavy without established backup operations practices
IT operations compliance teams
Retention and versioned file archiving audits
Meets retention and restore requirements
Enterprise file server admins
Tiered protection for shared storage
Reduces primary storage pressure
Show 2 more scenarios
Disaster recovery planners
Restore archived and backup datasets
Faster recovery of file history
Enables targeted recovery of archived file versions to support incident response without full system restores.
Large scale storage administrators
Centralized governance for multi-system archiving
Consistent protection across environments
Manages archive policies across systems to standardize protection and compliance at scale.
Best for: Enterprise teams needing governed file archiving and recoverable retention at scale
AWS Backup
cloud backupCentralizes backup policy management for file server workloads and enables longer retention to support archive-style preservation during storage moving.
Cross-service backup policies with centralized governance via backup plans and vaults
AWS Backup stands out by centralizing backup policy management across AWS services and accounts, which reduces fragmented file-retention processes. For file server archiving, it supports creating point-in-time recovery using AWS Backup for EBS, EC2, and storage integrations, then storing backups in durable backup vaults.
- +Centralized backup policies across AWS services and accounts
- +Configurable retention rules in backup vaults
- +Automated scheduled backups reduce manual operational work
- +Integrated restore workflows for fast point-in-time recovery
- –Not a file-level archiving tool for SMB shares
- –File recovery requires restoring from volume backups
- –Requires AWS infrastructure planning for long-term archive access
- –Limited visibility into per-file retention and search
Storage admins for AWS fleets
Centralize volume backups for file servers
Consistent backups across accounts
Disaster recovery planners
Recover file-server instances to points
Faster recovery from incidents
Show 2 more scenarios
Compliance and audit teams
Enforce retention and backup controls
Audit-ready retention evidence
They apply governance policies and retention settings to keep archived backup copies for required periods.
IT operations in regulated environments
Automate backups for critical workloads
Fewer backup gaps
They schedule automated backup jobs to reduce missed backup windows for production file servers.
Best for: Enterprises standardizing AWS file server backup and recovery
Microsoft Azure Backup
cloud backupSupports archiving-like retention patterns for file servers using Azure Backup with long-term retention options to preserve migrated file history.
Recovery Services Vault policies enabling consistent, scheduled file share backups and restores
Microsoft Azure Backup is distinct for integrating Azure Backup with Microsoft-managed backup workflows for file servers and workloads. It provides policy-based protection of on-premises file server data to Azure Recovery Services Vault, including scheduled backups and restore operations.
- +Works with Windows Server file shares using Azure Backup agents
- +Uses Azure Recovery Services Vault for centralized backup policy management
- +Supports point-in-time restore for file-level recovery needs
- –Requires Azure Recovery Services Vault configuration before protecting file shares
- –Restore performance depends on network throughput and backup size
- –Separate recovery steps for restores to alternate locations
File server administrators
Scheduled backup of on-prem file shares
Restore file shares quickly
IT operations teams
Restore to alternate location after incidents
Minimize downtime during recovery
Show 2 more scenarios
Security and compliance staff
Longer retention for regulated archives
Meet retention policy needs
Retention options support longer-term protection of backup points for audit and compliance requirements.
Disaster recovery planners
Test recoverability through restore operations
Validate recovery runbooks
Restore capabilities enable operational recovery testing to validate backup integrity before major outages.
Best for: Organizations centralizing file server archive backups into Azure storage
Veritas AltaArchiving
enterpriseDelivers file archiving and retention control that supports legal hold and end-user access workflows for archived file data.
Policy-based retention and migration that archives file server content into defined storage tiers
Veritas AltaArchiving focuses on archiving file server data with policy-driven retention and automated migration to cost-effective storage tiers. It supports rapid ingestion from SMB and common enterprise file shares while preserving file metadata and access usability for archived content.
- +Policy-driven file retention and tiering for consistent lifecycle management
- +Preserves file metadata during archive workflow to maintain usability
- +Automates ingestion from SMB file shares with centralized job scheduling
- +Provides audit and reporting for archive coverage tracking
- –Enterprise deployment complexity requires careful integration with file infrastructure
- –Advanced tuning can be time-consuming for large file share estates
- –Requires operational maturity for monitoring archive job performance
IT storage governance teams
Centralize file retention and lifecycle policies
Reduced archive sprawl
Compliance and legal teams
Preserve archived data with metadata usability
Faster compliance responses
Show 2 more scenarios
Enterprise IT operations
Manage archive growth with scheduling
Predictable storage capacity
Uses job scheduling and space management to control ingestion and ongoing storage tier migration.
Information security teams
Track archive coverage and outcomes
Improved audit traceability
Provides reporting that shows archive coverage and migration outcomes for ongoing operational oversight.
Best for: Organizations archiving SMB file shares with retention governance and tiering
Conclusion
After evaluating 10 file server archiving software, Veeam Backup & Replication 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 File Server Archiving Software
Which tools handle file server archiving using policy-based selection and retention controls?
How do administrators keep archived files searchable without restoring them to primary storage?
When do stub files or access-preserving behaviors matter for user experience on file shares?
What breaks if an archiving workflow cannot preserve metadata and access usability for older files?
Which products integrate with enterprise identity controls and audit logging for regulated access?
How do API and automation workflows fit into file server archiving operations?
Which tools support recovery to alternative locations when a file share is corrupted or ransomware is suspected?
How do migrations between storage tiers work for on-premises file server archiving?
When does recovery testing or self-testing behavior change the operational risk profile of archiving?
Tools reviewed
Primary sources checked during evaluation.
aws.amazon.comReferenced in the comparison table and product reviews above.
How to Choose the Right File Server Archiving Software
The biggest differences come from how well each product automates archive placement and restores, how much control you get over retention outcomes, and how transparently it maps archived content back to your shares. In practice, these show up in integration depth, admin and governance controls, and audit log behavior.
Archive-to-restore workflow automation
Why it matters
Archive-to-restore workflow automation determines whether archived files stay usable without manual ticket work. When automation is thin, restore latency and operator effort rise even if the archive storage looks fine.
How to check
Pick a test share and configure an archive rule, then run a controlled archival window and confirm the original path shows an on-demand restore prompt or equivalent. Afterward, request a restore and measure time to first access while checking what status is visible to an admin.
Admin controls and access scoping
Why it matters
Admin controls and access scoping matter because file server archiving touches business data and cross-team shares. Strong scoping reduces blast radius when operators manage onboarding, exclusions, and restore permissions.
How to check
In the admin console, create at least two roles: one allowed to archive a subset of paths and another allowed only to view/archive status. Verify you can enforce per-share or per-folder scoping and that restore actions respect the same boundaries.
Audit log for archive and restore actions
Why it matters
Audit log for archive and restore actions gives you defensible visibility when something goes missing or access is questioned. If events are incomplete, you lose the chain of what was archived and who initiated restores.
How to check
Run an archive and then perform a restore of the same test file. Confirm the event timeline records who initiated the action, what path/object it affected, and whether failure/partial outcomes are logged with a reason.
API and automation surface for operations
Why it matters
API and automation surface for operations affects integration depth with your job schedulers and monitoring. If there is no usable API, you end up relying on manual console steps for recurring retention and restore operations.
How to check
Ask for documentation or a demo request that shows programmatic creation or modification of policies and retrieving archive/restore status. In a sandbox, try calling an endpoint or using an automation hook to list archived items for a given path.
Archive indexing and locate-by-path behavior
Why it matters
Archive indexing and locate-by-path behavior determines how reliably users and admins find archived content. Poor indexing forces expensive scans or inconsistent mapping back to SMB/NFS paths.
How to check
After archiving test files, attempt to locate them by original filename/path via the product interface or file-access flow you were shown. Check whether the UI shows the correct original location and whether metadata like timestamps and sizes remain consistent enough for triage.
Policy execution status and exceptions
Why it matters
Policy execution status and exceptions show whether rules actually apply or silently skip items. Clear exceptions prevent surprises like missing archives, repeated reprocessing, or unexpected restore behavior.
How to check
Configure a policy with an exclusion (for example, a specific folder) and a small time window. After execution, verify a status page or report lists processed items, skipped items, and the reason each item fell into a category.
Red flags
- Restore works only from a manual wizard without an observable status trail
- Admin roles don’t consistently limit restore actions to the intended paths
- Archive events lack enough detail to tie actions to a user, object, and outcome
Fit by situation
- If you need repeatable offload runs with minimal operator effort, prioritize Archive-to-restore workflow automation.
- If multiple teams share the same file servers, prioritize Admin controls and access scoping.
- If you must prove what happened to data during investigations, prioritize Audit log for archive and restore actions.
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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