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Cybersecurity Information SecurityTop 10 Best Undelete Data Recovery Software of 2026
Ranking roundup of undelete data recovery software with tests and criteria for UFS Explorer, Disk Drill, and other tools for deleted-file recovery.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
EaseUS Data Recovery Wizard is the best pick for preview-driven deleted-file recovery without scripting, while Stellar Data Recovery fits when deleted files still show recognizable filesystem metadata for teams that need more traceable candidate results during triage.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
EaseUS Data Recovery Wizard
Preview plus file header validation on scan results helps filter signature hits before restore.
Built for fits when deleted-file recovery needs preview and path-aware results without scripting..
Disk Drill
Editor pickHex viewer plus file header inspection to validate whether signature-based recoveries are likely intact.
Built for fits when users need fast undelete confirmation with previews and safe read behavior on Windows drives..
Stellar Data Recovery
Editor pickDeleted file preview with category filtering during the scan, then selective export.
Built for fits when deleted files remain recognizable in filesystem metadata..
Comparison Table
EaseUS Data Recovery Wizard
SMBScans deleted, formatted, or inaccessible partitions and restores files across multiple storage media.
Preview plus file header validation on scan results helps filter signature hits before restore.
EaseUS Data Recovery Wizard guides recovery through drive selection, scan mode selection, and an on-screen results tree that groups files by original path when metadata is available. Preview and file header validation help reduce incorrect matches when deleted file signatures overlap across formats. Deep scanning increases read throughput time by doing more extensive metadata reconstruction attempts and additional signature searches.
A key tradeoff is that heavy deep scans can take long on large disks and RAID volumes with complex layouts. It fits a situation where deleted files are still present in slack space or where directory metadata needs reconstruction rather than full raw carving only.
- +Quick scan and deep scan modes separate speed from thoroughness
- +File preview and header checks reduce accidental wrong-file restores
- +Results tree keeps original folder context when metadata survives
- +Recovery workflow supports multiple common storage layouts
- –Deep scanning increases runtime significantly on large drives
- –Deleted partitions with limited metadata can yield fewer usable matches
- –Preview does not guarantee full integrity for fragmented media files
- –Scanning stops progress if the source disk becomes unstable
IT helpdesk technicians
Restore accidentally deleted office documents
Faster verified document recovery
Small business operators
Recover deleted photos from storage
More restorable images
Show 2 more scenarios
Forensic-adjacent analysts
Recover after partition table disruption
Consistent restore scope
Performs partition-related checks so recovery targets match reconstructed volume boundaries.
Personal power users
Undo deletes from external drives
Less manual sorting effort
Scans removable and internal drives and organizes results by recovered paths where available.
Best for: Fits when deleted-file recovery needs preview and path-aware results without scripting.
Disk Drill
SMBCross-platform data recovery tool supporting Windows and macOS with byte-level scanning.
Hex viewer plus file header inspection to validate whether signature-based recoveries are likely intact.
Disk Drill organizes recovery around scan results tied to file signatures, then lets users review candidate files before exporting. A key strength is the combination of preview-driven selection and read-only access behavior during analysis, which reduces the risk of modifying the target. The tool also provides a sector reading view that helps validate recovered artifacts when file metadata looks incomplete.
A tradeoff is that Disk Drill focuses on undelete-style recovery workflows rather than full forensic reconstruction, so partition and boot structures may need manual handling for complex cases. Disk Drill fits best when a single drive shows recent deletions and users need fast confirmation of recoverable files before committing to raw recovery steps.
- +Preview-first flow reduces exports of false positives
- +Read-only style analysis helps avoid accidental target writes
- +Hex viewer supports signature and header validation
- +Imaging option supports safer recovery from failing media
- –Limited support for complex RAID reconstruction workflows
- –Deep recovery can produce many fragmented candidates to filter
Home users on Windows
Recover recently deleted photos and documents
Restore with fewer wrong copies
IT helpdesk technicians
Triage undelete tickets from SSDs
Faster first-pass recoveries
Show 2 more scenarios
Forensic-adjacent analysts
Validate signature-based recovery artifacts
Higher confidence before reporting
The hex viewer and inspection views support verification of recovered file structures.
Small studio media managers
Recover deleted project assets from drives
Recover files from unstable storage
Imaging support enables safer recovery when media shows read instability.
Best for: Fits when users need fast undelete confirmation with previews and safe read behavior on Windows drives.
Stellar Data Recovery
enterpriseEnterprise-grade recovery software for deleted files, emails, and database objects.
Deleted file preview with category filtering during the scan, then selective export.
Stellar Data Recovery’s core workflow starts with selecting a drive or folder target, then running a scan that surfaces deleted entries for preview and selective recovery. The product separates quick scanning from deeper analysis, which helps when initial enumeration misses fragmented or overwritten data. Export is organized by recovered paths so recovered items can be copied off the source after verification via preview.
A tradeoff appears in handling complex corruption cases where partition state and boot structures are severely damaged, since the default workflow prioritizes file-level recovery over full logical reconstruction. Stellar Data Recovery fits best when deleted files are still discoverable through filesystem structures, and when time allows running a deeper scan to improve recoverable file probability.
- +File preview and selective export reduce recovery guesswork
- +Quick scan and deep scan paths support iterative recovery
- +Supports recovering from common Windows filesystem layouts
- +Recovers multiple deleted items without manual carving
- –Partition and boot repair workflows are less central than file recovery
- –Deep scans can take longer on large drives
Windows IT support teams
Restore deleted user documents
Faster user restoration
Legal and compliance reviewers
Recover accidentally deleted case attachments
Lower review overhead
Show 1 more scenario
Small business admins
Undelete after mistaken folder removal
Reduced downtime
Choose the affected volume, scan for deleted items, and recover only needed items to a new location.
Best for: Fits when deleted files remain recognizable in filesystem metadata.
MiniTool Power Data Recovery
SMBWindows-based undelete tool with modules for recovering files from specific media types and crashed systems.
File preview ties undelete candidates to reconstructed metadata when directory records are missing.
MiniTool Power Data Recovery targets undelete and deleted-file recovery with a guided workflow that starts from partition selection and moves into scan and preview. The product supports deleted file recovery via file signature analysis and can also recover from common file systems by re-parsing on-disk structures.
It includes preview and recovery filters to reduce the risk of selecting unusable candidates. The recovery process centers on raw reads and writes to a user-chosen output folder rather than direct block-level undo.
- +Guided partition workflow reduces incorrect scan scope during undelete attempts
- +Preview with file names when available speeds candidate selection
- +Signature-driven deleted file detection helps even when directory entries are gone
- +Recovery filters and sorting support faster triage of large scan results
- –Raw recovery output can include fragmented or incomplete files without extra handling
- –Deep scan time grows quickly on large disks with many partitions
- –No built-in write-blocker integration for safer physical-disk workflows
- –Advanced tuning for scan behavior is limited compared with forensic-focused tools
Best for: Fits when deleted files must be recovered quickly with preview-driven triage on common file systems.
Wondershare Recoverit
SMBDeleted file recovery software supporting over 1000 file formats across Windows and macOS storage devices.
Preview-first candidate selection during quick scan reduces extracting low-probability files.
Wondershare Recoverit performs undelete-style file recovery by scanning a drive for recognizable file signatures and extracting recovered entries to a selectable output location. It supports quick scan and deeper recovery modes, and it includes preview to validate whether candidates match expected content before extraction.
The workflow is built around selecting the target disk or partition, running the scan, then filtering results by file type and directory path context where available. Recoverit focuses on user-guided recovery rather than low-level imaging and forensic-style reconstruction.
- +Quick scan targets recently deleted candidates with preview-driven decisions
- +Multiple recovery modes balance speed versus deeper signature-based recovery
- +Filters by file type and path-like context to narrow large result sets
- +Clear recovery workflow reduces accidental overwrite risk with saved outputs
- –File carving quality drops when deleted fragments are heavily fragmented
- –Limited forensic tooling for sector-level imaging and write-blocking workflows
- –Inconsistent metadata restoration for NTFS deletions with complex fragmentation
- –Automation and API surface is not documented for admin-controlled recovery pipelines
Best for: Fits when individual users need fast undelete recovery with previews on internal drives.
TestDisk & PhotoRec
API-firstOpen-source console utilities for partition recovery and file undeletion across multiple operating systems.
PhotoRec’s signature-based raw recovery can extract files without relying on intact directory structures.
TestDisk & PhotoRec split undelete work into metadata repair and raw carving. TestDisk addresses partition layout and boot records so a filesystem can be reconstructed enough for interpretation. PhotoRec then recovers files from raw sectors using deleted file signatures and file header validation.
The toolchain is built for sector-level handling rather than journal-aware restore. That means results can succeed after directory entries are removed or file system metadata is partially overwritten, but name and path recovery depends on how much filesystem structure remains readable.
The operating model favors operator control over automation. Manual device selection, filesystem guidance, and scan depth choices affect throughput and outcome quality, especially when storage media are degraded or partially overwritten.
- +Partition table and boot sector repair tools support structured recovery workflows
- +PhotoRec recovers via file header validation and deleted file signatures
- +Works with read-only access mode to reduce risk during imaging and scanning
- +Sector-level imaging and recovery can handle heavily damaged directory metadata
- –No automation or API surface for scripted undelete pipelines
- –Setup requires careful device selection to avoid scanning the wrong target
- –Recoveries may require manual fragment reassembly and result triage
- –File name and path restoration can be limited when metadata is incomplete
Best for: Fits when incident responders need offline, manual-guided undelete recovery from damaged disks.
Active@ UNDELETE
enterpriseWindows data recovery tool with RAID support, bootable disk creation, and damaged disk image scanning.
Candidate validation view for deleted entries, combining signature evidence with file header checks to filter false positives.
Active@ UNDELETE focuses on recovering deleted files with a guided workflow across NTFS, FAT32, exFAT, and other common file systems, plus readable forensic views of on-disk structures. The tool supports read-only access paths and can recover file data by interpreting file system metadata and deleted-file signatures, which helps reduce the risk of additional damage during analysis. Active@ UNDELETE also provides deep scan behavior for cases where file system metadata is missing or incomplete, with options that control how much raw recovery and carving to attempt.
- +Read-only style recovery workflow reduces risk during verification
- +Deep scan option improves results when metadata is damaged
- +Supports multiple file systems with consistent recovery output
- +Shows forensic-style details that help validate candidates
- –Less automation depth than tools with scriptable batch recovery
- –Recovery accuracy depends on intact file headers and metadata
- –Manual review is often required for partially overwritten entries
- –Performance can drop on large disks during thorough scanning
Best for: Fits when investigators need cautious undelete recovery with read-only analysis and structured candidate validation.
GetDataBack
specialistSpecialist file recovery tool from Runtime Software for recovering data from NTFS, FAT, and exFAT file systems after deletion or formatting.
Filesystem-first recovery with interactive previews that validate reconstructed entries against on-disk evidence.
GetDataBack focuses on recovering deleted files by reconstructing filesystem structures from on-disk metadata and raw sectors. Its workflow separates quick structure-based recovery from deeper raw recovery, which helps when directory entries are gone but clusters still contain file signatures.
The software provides previews and recovered file validation so users can choose outputs before committing a full export. GetDataBack is also geared toward disk images and read-only handling patterns that reduce the risk of overwriting evidence during recovery.
- +Filesystem reconstruction often recovers filenames and paths, not just raw data
- +Preview and validation support helps filter false hits before exporting
- +Recovery mode separation supports quick structure recovery and deeper raw recovery
- +Disk image workflows reduce write risk during repeated recovery attempts
- –Guidance for nonstandard filesystem damage can still require expert interpretation
- –Automation and API integration options are limited for managed recovery workflows
Best for: Fits when recovery involves deleted NTFS or FAT-class entries and repeatable imaging workflows.
DMDE
specialistDisk editor and data recovery software with deep file system analysis for undeleting files and reconstructing partitions.
Read-only access mode plus hex-level candidate review lets recovered entries be verified before export.
DMDE performs undelete workflows by scanning disks and volumes, locating deleted entries, and then reconstituting files from on-disk metadata and raw sectors. It supports NTFS and FAT-family structures with targeted signature-based recovery, plus a hex-level viewer for validating candidates before writing anything.
The tool also handles partition table recovery scenarios and can operate with a read-only access mode to reduce accidental overwrites during analysis. DMDE’s workflow centers on iterating through recovered file candidates, previewing content, and then exporting selected files back to storage.
- +Offers a read-only analysis mode for safer undelete investigations
- +Hex viewer and header validation help confirm file candidates
- +Supports partition table repair to resume recovery after boot-disk damage
- +Combines metadata-based recovery with raw sector carving
- –Deleted-file results can require manual filtering across large volumes
- –RAID reconstruction workflows require careful configuration and disk pairing
- –Preview accuracy drops when file headers are overwritten
- –Workflow relies on operator decisions for scan depth selection
Best for: Fits when forensic-minded operators need controlled undelete recovery with candidate validation and export selection.
Remo Recover
SMBFile recovery tool supporting deleted photo, video, and document retrieval from internal and external drives.
Recovery Wizard guidance that combines file system reconstruction with file header validation during export.
Remo Recover targets undelete-style recovery by reconstructing a file system view and then validating file headers before export. It supports deleted file retrieval on common formats like NTFS, FAT32, exFAT, and various partition layouts so users can recover by file name and structure rather than raw blocks only.
The workflow centers on scan modes that trade speed for deeper analysis and uses a read-only style flow that reduces the chance of further writes to the source drive. File carving and signature-based recovery expand coverage when file system metadata is damaged or missing.
- +Scan workflow separates quicker discovery from deeper deletion signatures
- +File header validation limits corrupted exports compared with raw-only carving
- +Supports multiple file systems including NTFS and FAT variants
- +Recovery output groups results by reconstructed structure where metadata remains readable
- –More complex cases need manual selection of likely partitions and folders
- –Performance drops on large drives when deep analysis is enabled
- –Less predictable results when journaling and allocation metadata are heavily overwritten
- –Limited automation surface for governed recovery operations versus enterprise tools
Best for: Fits when single-workstation recovery tasks need structured results across NTFS or FAT disks.
Conclusion
After evaluating 10 cybersecurity information security, EaseUS Data Recovery Wizard 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.
How to Choose the Right undelete data recovery software
Undelete data recovery software targets recently deleted files by reading filesystem metadata and deleted-entry markers without relying on the act of writing to the drive. This buyer's guide covers EaseUS Data Recovery Wizard, Disk Drill, and the other tools that were reviewed for deleted file recovery workflows.
The selection criteria in these reviews focus on preview behavior tied to file header validation, scan modes that separate quick discovery from deep signature matching, and how read-only analysis reduces the risk of exporting false candidates. The guide also compares automation and API depth where available, but it prioritizes recovery accuracy and operator control in the undelete step.
Undelete data recovery software for deleted file recovery from NTFS, FAT, exFAT, and other filesystems
Undelete data recovery software restores files that were removed from directory records by reconstructing deleted entries from on-disk evidence and then validating the results before export. EaseUS Data Recovery Wizard pairs file preview with file header validation to filter signature hits so restored candidates match file structure patterns.
Disk Drill uses hex viewer and file header inspection to confirm whether signature-based candidates are likely intact, then steers recovery around a read-only style analysis flow. In practice, undelete recovery depends on whether the tool can separate quick scan discovery from deep scanning, keep candidate selection accurate on large volumes, and preserve operator control over which reconstructed files get written out.
Undelete data recovery criteria that affect candidate accuracy
Undelete recovery quality depends on how reliably a tool validates deleted-entry candidates before writing anything back to disk. The highest hit rate comes from workflows that preview reconstructed items and use file header checks to reject signature matches that do not match expected file structure.
Preview plus file header validation before export
EaseUS Data Recovery Wizard combines scan result preview with file header validation to filter signature hits before restore. Disk Drill adds a hex viewer plus file header inspection so users can confirm candidates before exporting recovered files.
Quick scan versus deep scan separation for throughput control
Wondershare Recoverit uses quick scan candidate selection that prioritizes recently deleted candidates, then switches to deeper modes for broader signature recovery. EaseUS Data Recovery Wizard separates quick scan and deep scan explicitly so speed and thoroughness stay under operator control on large drives.
Read-only analysis flow to reduce write risk during verification
Active@ UNDELETE emphasizes a read-only style candidate validation workflow with deep scan support when metadata is damaged. DMDE also provides read-only access mode plus hex-level candidate review to let investigators verify entries before export selection.
Structured undelete workflows versus raw carving bypass
TestDisk & PhotoRec covers partition table repair and boot sector repair alongside PhotoRec’s signature-based raw recovery that can extract without intact directory structures. GetDataBack focuses on filesystem reconstruction first so recovered filenames and paths come from on-disk evidence rather than raw carving alone.
Candidate filtering using scan-time category controls
Stellar Data Recovery uses deleted file preview with category filtering during the scan, then selective export to reduce guesswork. EaseUS Data Recovery Wizard also filters signature hits via file header checks, which improves confidence when scan results list many partial matches.
How to choose undelete data recovery software based on workflow fit
Choosing the right undelete data recovery software depends less on raw scan coverage and more on how candidate review and validation work under real storage conditions. Large volumes and damaged metadata produce many false positives, so tools need strong preview, validation, and export gating to keep recovered outputs trustworthy.
Start with the preview and validation style that matches the operator workflow
Select EaseUS Data Recovery Wizard when scan results must be filtered early because it pairs file preview with file header validation. Select Disk Drill when hex-level confirmation is needed because its hex viewer and header inspection support validating signature-based candidates before export.
Use scan-mode philosophy to manage time on large drives
Choose Wondershare Recoverit when speed matters because quick scan focuses on recently deleted candidates and reduces low-probability extraction work. Choose EaseUS Data Recovery Wizard or MiniTool Power Data Recovery when deep scans are expected because both separate quicker discovery from deeper analysis and support iterative recovery decisions.
Pick a recovery model based on whether filesystem metadata is still recoverable
Choose GetDataBack when deleted NTFS or FAT entries still support filesystem reconstruction since it prioritizes reconstructed filenames and paths. Choose TestDisk & PhotoRec when directory structures are damaged because PhotoRec can recover via deleted file signatures using raw recovery patterns.
Match governance needs to read-only candidate verification depth
Choose DMDE when controlled, hex-level verification and manual filtering across large volumes is part of the process because it supports read-only analysis mode. Choose Active@ UNDELETE when the workflow goal is cautious undelete recovery since its candidate validation view combines signature evidence with file header checks in a read-only style process.
Decide whether you need partition and boot repair tools as part of undelete execution
Select TestDisk & PhotoRec when partition table and boot sector repair must be included alongside recovery steps. Choose Remo Recover when recovery wizard guidance must pair filesystem reconstruction with file header validation during export for structured results across NTFS or FAT disks.
Who should buy this category for undelete recovery
Organizations and incident responders should buy undelete data recovery software when deleted files remain recoverable from on-disk evidence but directory records are missing or damaged. The best fit depends on whether recovery is a single-workstation task, a forensic workflow, or a multi-partition restoration with uncertain metadata integrity.
Windows users attempting undelete recovery with preview-first validation
Disk Drill fits when fast confirmation matters because it uses a preview-first flow plus hex viewer and file header inspection under a read-only style analysis approach.
Operators recovering multiple deleted candidates and filtering false positives
EaseUS Data Recovery Wizard fits when many signature hits must be triaged because it pairs preview with file header validation to reduce wrong-file restores before export.
Investigators running cautious read-only validation and manual candidate review
DMDE supports read-only access mode with hex-level candidate review so exports can be selected only after confirming file candidates.
Incident response teams needing repair tools plus offline raw recovery
TestDisk & PhotoRec supports partition table recovery and boot sector repair while PhotoRec performs signature-based raw recovery when filesystem metadata does not hold up.
Users who want guided triage for common file systems with structured export
MiniTool Power Data Recovery supports guided partition workflow and preview tied to reconstructed metadata when directory records are missing.
Common undelete recovery mistakes to avoid
Undelete recovery fails most often when tools export unvalidated candidates or when operators run deep scanning without enough candidate filtering. Many wrong restores originate from signature hits that do not pass file structure checks or from assuming filesystem reconstruction will succeed when metadata is too damaged.
Restoring candidates from a signature hit list without header validation
Use tools that validate candidates during the undelete step, such as EaseUS Data Recovery Wizard with file header validation or Disk Drill with hex viewer and header inspection, before exporting any recovered items.
Running deep scans immediately on large drives and overwhelming candidate filtering
Start with quick scan modes in Recoverit or EaseUS Data Recovery Wizard so recent deleted candidates are previewed first, then expand to deep scan when the preview set indicates likely recoverability.
Assuming RAID reconstruction and complex storage workflows are covered like standard undelete
Avoid relying on Disk Drill for complex RAID reconstruction workflows since its coverage is limited, and instead plan for careful reconstruction support in forensic-oriented tools such as DMDE.
Depending on directory metadata when the filesystem is heavily damaged
Use PhotoRec in TestDisk & PhotoRec when directory structures are unreliable because it can recover files through deleted file signatures without intact directory records.
Exporting reconstructed outputs when candidates are fragmented or incomplete
Expect raw recovery output fragmentation with Wondershare Recoverit and MiniTool Power Data Recovery in certain cases, then use preview and validation to exclude incomplete candidates rather than restoring everything.
How We Selected and Ranked These Tools
We evaluated EaseUS Data Recovery Wizard, Disk Drill, Stellar Data Recovery, MiniTool Power Data Recovery, Wondershare Recoverit, TestDisk & PhotoRec, Active@ UNDELETE, GetDataBack, DMDE, and Remo Recover using a weighting of features at 40 percent, ease at 30 percent, and value at 30 percent. Candidate accuracy was checked through preview behavior tied to file header validation, scan-mode separation between quick discovery and deep matching, and whether read-only analysis reduced risk of exporting false candidates.
EaseUS Data Recovery Wizard ranked first because its preview plus file header validation filtered signature hits before restore, and its quick scan and deep scan modes stayed clearly separated for speed versus thoroughness. Disk Drill ranked close behind for Windows-focused undelete confirmation because its hex viewer plus file header inspection backed its preview-first flow, which improved operator control when scan results produced many potential matches.
Frequently Asked Questions About undelete data recovery software
How does undelete recovery differ from file carving in these tools?
Which tools provide a read-only analysis mode to reduce source-drive writes?
How does file preview work during undelete scans, and which tools validate candidates before restore?
When does a quick scan recover deleted files successfully, and when does a deep scan become necessary?
Where does metadata-based reconstruction fall short compared with sector-level imaging or raw recovery?
Which tools target partition table recovery or boot metadata repair as part of undelete workflows?
How do tools handle fragment reassembly and cluster chaining when reconstructing deleted files?
What admin controls and audit-friendly workflows exist for examiners running repeated recovery sessions?
Which tool approach best fits deleted file recovery with category-style structured results, not manual block interpretation?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Cybersecurity Information SecurityTop 10 Best Ntfs Undelete Software of 2026
- Cybersecurity Information SecurityTop 10 Best Recover My Files Data Recovery Software of 2026
- Data Science AnalyticsTop 10 Best File Undelete Software of 2026
- Cybersecurity Information SecurityTop 10 Best Data Recovery Services of 2026
- Data Science AnalyticsTop 10 Best Remote Data Recovery Services of 2026
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