GITNUXSOFTWARE REVIEW
Cybersecurity Information SecurityTop 10 Best Data Recovery Data Recovery Software of 2026
Editorial roundup compares data recovery data recovery software options like Recoverit, Disk Drill, and UFS Explorer for device and file recovery decisions.
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%
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Recoverit is the best pick for Windows and Mac users who need a guided path to recovery, because its bootable rescue media lets you access a drive even when the installed OS won’t start, while UFS Explorer is the better alternative for enterprise forensics since it includes a hex viewer for verifying recovered artifacts.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Recoverit
Bootable recovery media creation for offline volume access when the installed OS cannot boot.
Best for: Fits when Windows drives need guided recovery with preview checks and a bootable rescue workflow.
Disk Drill
Editor pickFile preview during scan results lets users validate candidates before export.
Best for: Fits when individuals or small teams need guided deleted file recovery from common file systems.
UFS Explorer
Editor pickBuilt-in hex viewer cross-checking for carved and parsed artifacts during sector-level investigations.
Best for: Fits when forensic-style recovery needs repeatable imaging, structure analysis, and operator verification.
Comparison Table
Recoverit
SMBData recovery software for Windows and Mac supporting deleted file recovery and video repair.
Bootable recovery media creation for offline volume access when the installed OS cannot boot.
Recoverit by Wondershare is a Windows-focused data recovery tool that mixes guided recovery steps with file preview and scan workflows.
It supports deleted file recovery, formatted drive recovery, and partition recovery workflows by combining logical scanning with file signature detection.
The recovery results include a searchable file tree and preview panels that help filter candidates before attempting saves.
Recoverit also offers bootable recovery media creation for situations where the system volume is inaccessible.
- +Guided scan flow keeps steps consistent across deleted and formatted scenarios
- +File preview before saving reduces mis-recovery attempts
- +Bootable recovery media supports cases where Windows cannot start
- +Quick scan and deep scan provide a practical time versus accuracy tradeoff
- –Windows-first design limits coverage for non-Windows recovery operations
- –Large raw scans can be time-heavy compared with specialized disk tools
- –RAID reconstruction depth is limited versus tools built for complex arrays
- –Automation and API integration for admin workflows are not a primary focus
Small business IT staff
Recover after crash storage scan
Restore files after failure
Video creators and consumers
Recover deleted video candidates
Recover playable video clips
Show 2 more scenarios
Windows recovery technicians
Recover NTFS and partition changes
Retrieve files with paths
Recovers files from deleted NTFS entries and corrupted or altered partitions using signature-aware scanning.
Small-business IT teams
Extract files from RAID-like storage
Export selected recovered files
Guides device selection, scanning, filtering, and preview for some damaged RAID or NAS systems.
Best for: Fits when Windows drives need guided recovery with preview checks and a bootable rescue workflow.
Disk Drill
SMBCross-platform recovery software with recovery vault and byte-level backup features.
File preview during scan results lets users validate candidates before export.
Disk Drill runs quick and deep scans to detect recoverable content and then presents results through a preview-first workflow. It can handle formatted drive recovery by analyzing on-disk structures to reconstruct candidate files for export. Recovery is framed around a GUI selection process, which reduces the need for manual file carving decisions.
A tradeoff is that Disk Drill concentrates on recover-and-export workflows rather than sector-level imaging and repeatable chain-of-custody handling. It fits situations where a single workstation drive needs deleted file recovery without building a custom recovery pipeline, but it is less aligned with lab-grade forensic workflows.
- +Preview-driven recovery reduces wasted exports
- +Quick and deep scan options for different failure patterns
- +GUI-driven NTFS and HFS+ recovery paths
- +Guided selection flow for deleted and formatted recovery
- –Limited automation depth compared with scriptable forensic tools
- –Carving-only workflows are less explicit than analysis tools
- –Best results depend on careful destination drive selection
- –Thin support for RAID reconstruction workflows
Home users
Accidentally deleted photos from NTFS
Restores selected photo library
Small IT teams
Formatted external drive recovery
Recovers documents without reimaging
Show 2 more scenarios
Creative professionals
Missing media after logical damage
Recovers usable media files
Candidate previews help filter noisy results during recovery from a problematic volume.
Field technicians
On-site recovery on a workstation
Delivers recoverables quickly
A guided scan-to-export workflow reduces time spent configuring low-level recovery steps.
Best for: Fits when individuals or small teams need guided deleted file recovery from common file systems.
UFS Explorer
enterpriseTechnical recovery suite for NAS, RAID, and non-standard file system configurations.
Built-in hex viewer cross-checking for carved and parsed artifacts during sector-level investigations.
UFS Explorer runs recovery through a sequence of analysis views that separate volume structure parsing from byte-level extraction.
It supports partition table reconstruction and file system metadata recovery patterns that matter when boot records or directory structures are damaged.
Hex viewer verification helps validate recovered content and reduce risk of exporting wrong candidates when signatures overlap.
- +Partition table reconstruction and volume structure analysis in one recovery flow
- +Hex viewer supports verification of carving candidates and recovered bytes
- +MFT analysis geared for NTFS recovery cases with broken metadata pointers
- +Sector-level imaging supports repeatable offline recovery investigations
- –Workflow depth increases time-to-first-results versus simpler recoveries
- –Some RAID reconstruction scenarios require detailed configuration knowledge
- –Carving output management can become heavy on large, fragmented volumes
- –Automation and API surface are limited compared with enterprise forensic suites
Enterprise storage administrators
Rebuild RAID when volumes fail
Reconstructed data from arrays
Photographers and media teams
Recover photos from flash media
Recover media and metadata
Show 2 more scenarios
Data recovery professionals
Image failing drives before extraction
Safer structured recovery
Images unstable drives and reconstructs partitions and damaged metadata before exporting files to separate storage.
Archivists and investigators
Extract files from optical discs
Partial recovery with errors
Creates sector images and extracts files from scratched or partially unreadable CDs, DVDs, and Blu-ray discs.
Best for: Fits when forensic-style recovery needs repeatable imaging, structure analysis, and operator verification.
TestDisk
enterpriseOpen-source console application for recovering lost partitions and bootable disks.
Partition reconstruction workflow that uses guided checks to select a correct recovered partition map.
TestDisk targets logical damage cases like corrupted partition tables, overwritten boot sectors, and volumes that still have readable structures. It runs from a bootable image option and includes features for deep and quick scanning so partition discovery can match time and risk constraints. Output is driven by interactive prompts, which works well for repeatable workflows when the same device model and filesystem pattern shows up.
- +Interactive partition table reconstruction with detailed disk layout checks
- +Bootable media workflow supports recovery without a running OS
- +Pairs partition repair with signature-based raw file recovery via PhotoRec
- +Sector-level visibility via hex-oriented inspection during analysis
- –Command-driven decisions require careful operator judgment
- –Limited automation and no API surface for scripted provisioning
IT recovery responders
Fix missing partitions after a failed OS install
Restored volume visibility
Forensic analysts
Recover deleted content from a damaged volume
Recovered files by content
Show 1 more scenario
Small business admins
Repair a disk that will not boot
System boots again
Repairs boot structures to restore bootability without replacing the drive.
Best for: Fits when logical partition access is lost and careful operator-guided reconstruction is acceptable.
EaseUS Data Recovery Wizard
SMBRecovers deleted, formatted, or inaccessible files from Windows and macOS systems.
File preview in the recovery UI helps confirm recoverability before writing restored copies.
EaseUS Data Recovery Wizard is designed for recovery after logical damage like deleted file recovery or a volume that still has readable metadata. It uses a scan-to-preview workflow, so users can sort and preview candidate files before running the restore step. The app can show recovery results by folder structure when file system metadata remains intact, which reduces guessing during restore selection. It also provides options for scanning specific drives and then applying targeted recovery choices instead of restoring everything.
- +Guided scan-to-preview flow reduces restore selection mistakes
- +Deep scan improves outcomes when quick scan misses recoverables
- +Folder-structured results help validate recoveries before restoring
- +Targeted drive scanning supports triage without broad restores
- –Does not provide hex-level verification for advanced forensics
- –Recovery setup offers less automation for multi-drive batch jobs
- –Performance can drop on large drives during deep scanning
- –Physical-damage workflows still require external handling
IT admins
Restore after accidental deletions
Faster selective recovery
Small teams
Recover documents after volume issues
Reduced downtime
Show 1 more scenario
Photographers
Recover lost media files
More recoverable shots
Users preview candidate images and restore batches from the damaged drive.
Best for: Fits when home users need preview-driven recovery without forensics tooling.
Ontrack EasyRecovery
enterpriseComprehensive data recovery software for individuals and businesses recovering from logical and physical damage.
Case-based guided recovery workflow that couples partition reconstruction with integrity checks before raw recovery extraction.
Ontrack EasyRecovery focuses on guided, forensic-style recovery workflows that map failure symptoms to repair and extraction steps, instead of only offering generic scan results. Core capabilities include partition table reconstruction, deep scanning, and file system integrity checks that feed recovery to filesystem-level and raw recovery views.
- +Guided recovery cases that translate device symptoms into concrete repair steps
- +Partition table reconstruction workflows for lost or damaged volume layouts
- +Deep scan mode tuned for higher recovery rates when quick scan fails
- +Evidence handling support via write-blocker and sector-level imaging workflows
- –Case setup and disk profiling take time compared with simpler recovery tools
- –API and automation surface are limited versus products built for scripting
- –Workflow UI depth can slow triage when only quick deleted file recovery is needed
- –RAID reconstruction coverage is constrained by controller and configuration variability
Storage administrators
Recover from partially failed RAID
Export from damaged arrays
IT teams
Restore accidentally deleted files
Export chosen recovered files
Show 2 more scenarios
Photographers and media professionals
Recover deleted or corrupted cards
Preview and export media
Scans memory cards to preview and export recoverable photos and videos for further use.
Recovery technicians
Rebuild corrupted logical volumes
Rebuilt directories and files
Scans and reconstructs files and directory structures from corrupted or inaccessible logical volumes.
Best for: Fits when recovery labs need guided case workflows, careful evidence handling, and higher success rates on complex damage.
GetDataBack Pro
enterpriseRead-only data recovery software for NTFS, FAT, exFAT, and Linux file systems.
Directory-level recovery driven by file system metadata reconstruction during damaged-volume scans.
GetDataBack Pro targets file recovery from drives with logical damage by reconstructing file system metadata and presenting results as a directory tree. Its scan engine emphasizes pattern matching for file structures and allows recovery to continue even when the volume’s structures are inconsistent.
- +Metadata reconstruction helps recover directories when the filesystem is damaged
- +Preview list supports selective recovery before committing restores
- +Deep scanning targets irregular allocation patterns instead of relying only on partitions
- +Export workflow is designed for writing recovered output to another drive
- –Wizard flow can obscure when to switch between scan modes
- –RAID reconstruction and NAS-focused workflows are not the core emphasis
- –Large drives can lead to long scans with limited throughput controls
- –Recoveries still benefit from careful interpretation of duplicate or renamed entries
IT administrators
Search formatted volume after damage
Export recoverable data
IT administrators
Triage RAID member data
Evaluate candidate folder trees
Show 2 more scenarios
Data recovery specialists
Recover after partition loss
Recover files from lost partitions
Scans for missing or damaged partition information and reconstructs recognizable volumes and directories.
Small business users
Recover from flash and removable media
Find and export files
Applies structured analysis to recover from damaged FAT, exFAT, or NTFS volumes that fail to open normally.
Best for: Fits when file access fails after logical corruption and a careful metadata-led recovery is needed.
Hasleo
SMBWindows data recovery and backup software supporting BitLocker encrypted drives.
Signature detection paired with a browse-and-verify preview so recovered files can be validated before saving.
Hasleo is a data recovery tool focused on reconstructing recoverable content from damaged or inaccessible storage, including formatted volumes and logically broken file system states. The software workflow centers on drive scanning modes, file signature detection, and an extraction viewer that supports validating results before saving recovered data.
- +Guided recovery flow that reduces steps from scan to file selection
- +Signature-based carving helps recover files when directory metadata is damaged
- +Supports common file systems for structured recovery workflows
- +Built-in preview reduces unnecessary writes during extraction
- –RAID reconstruction coverage is limited compared with specialized RAID tools
- –Deep scans can be slow on large SSDs with high fragmentation
IT admins restoring workstation data
Recover files after accidental partition formatting
Recovered documents for daily operations
Small businesses with failed drives
Extract data from inaccessible external storage
Quick restoration of critical files
Show 2 more scenarios
Forensic analysts handling corrupted disks
Validate reconstructed files before export
Reduced risk of bad exports
Uses an extraction viewer to verify recovery results before saving recovered data from broken structures.
Home users after file system corruption
Recover photos from NTFS and exFAT
Photos and videos restored
Supports common file systems to interpret directory and metadata patterns during recovery attempts.
Best for: Fits when a recovery workflow needs file carving results plus previews without custom scripting.
DoYourData
SMBData recovery and erasure software for Windows and macOS.
Preview-driven recovery selection combined with partition reconstruction for lost partition scenarios.
DoYourData handles file-level recovery workflows on Windows drives after logical damage, including deleted file recovery and formatted drive recovery. It couples a guided scan flow with deep recovery options that target metadata and file signatures when directory structures are missing.
- +Guided scan flow supports deleted and formatted drive recovery in one workflow
- +Recovery preview and selection reduces wasted writes during extraction
- +Partition reconstruction helps recover after missing or altered partition tables
- +File signature detection improves outcomes when directory metadata is damaged
- –Automation depth is limited compared with forensic suites that expose scripts and APIs
- –Deep scans take longer than quick scans and add operational time
- –Advanced hardware-level workflows like NAND chip-off are not a primary path
- –RAID reconstruction support is narrower than dedicated RAID recovery tools
Small office IT admin
Recover deleted documents after mistaken cleanup
Restores business-critical documents
Freelance photographer
Recover photos after drive format
Gets back image files
Show 2 more scenarios
Internal security analyst
Verify artifacts from damaged logical volumes
Confirms evidence files
Provides preview and artifact-based recovery selection for validated file retrieval.
Home user with Windows PC
Recover files after accidental deletion
Recovers personal media
Uses metadata-focused recovery to find remnants of lost files on Windows drives.
Best for: Fits when technicians need guided recovery for logical damage and want preview-based selection during extraction.
Stellar Data Recovery
SMBRestores data from hard drives, SSDs, and RAID arrays across multiple file systems.
Scan result preview plus export sorting to filter recovered items before writing to the destination drive.
Stellar Data Recovery targets file-level restoration with a workflow that mixes quick detection and deeper analysis for recoverable content on failing or formatted drives. It supports guided recovery for common file systems and includes options for building recovery results from volume metadata before attempting raw file reconstruction.
- +Two-stage scan flow separates fast candidates from deeper investigation
- +Preview-driven selection reduces exporting irrelevant files
- +File system aware recovery paths improve results after formatting
- +Recovery lets saved scans and output folders support repeatable runs
- –Advanced raw and partition reconstruction workflows need more manual choices
- –RAID reconstruction support is narrower than tools focused on disk imaging
IT administrators
Triage volumes before restoration
Choose the right recovery approach
Recovery technicians
Reconstruct inconsistent storage data
Rebuilt from remaining content
Show 2 more scenarios
Small business operators
Recover files from formatted drives
Identify and export recoverable files
Searches formatted Windows volumes and exports recoverable files after filesystem-aware or deep scanning.
Desktop repair shops
Salvage data from unbootable disks
Extract accessible files offline
Uses recovery scans and boot-related repair paths or recovery media to extract files without normal OS boot.
Best for: Fits when IT teams need guided, file-focused recovery with preview and repeatable scan runs for common drive incidents.
Conclusion
After evaluating 10 data recovery data recovery software, Recoverit 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 Recovery Data Recovery Software
Which tool is best for deleted file recovery with guided validation during export?
Which tool is better for lost partitions where the volume is not visible, TestDisk or UFS Explorer?
How should a workflow be chosen for logically damaged file systems versus physical damage or bad sectors?
What breaks if recovery software writes directly back to the source drive during extraction?
When does PhotoRec matter alongside TestDisk instead of relying on TestDisk alone?
How do admin controls and audit-oriented workflows differ between lab-grade tools and end-user tools?
Which tool provides integrity checks tied to partition reconstruction before raw extraction?
How does bootable recovery media change the recovery workflow for an inaccessible Windows volume?
What integration or API is typically feasible for automating recovery jobs, and which product fits case-based automation better?
Where does the tradeoff between quick scan and deep scan show up in day-to-day recovery outcomes?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Data Recovery Data Recovery Software
We separate data recovery tools by the recovery approach and verification signals they provide. Look for how well “scan modes,” “file preview before restore,” and “support for damaged storage states” match the kinds of failures you have.
Drive state coverage
Why it matters
Drive state coverage determines whether the tool still offers a usable outcome when the drive won’t mount or files won’t show normally. It also affects how much time you spend before you know the results are real.
How to check
In the workflow, ask what it can recover when the drive is not mounted and when it shows errors. Then test with a demo source that simulates an unbootable or unreadable volume and check whether it produces a browseable results tree.
Scan modes and controls
Why it matters
Scan modes and controls shape both turnaround and the chance of finding more than obvious recoverables. Better controls let us balance speed against deeper findings when results look incomplete.
How to check
Start a recovery wizard and look for options like scan type and adjustable depth/effort. Run the same sample drive twice on different scan modes and compare how many recoverable items appear in the results.
Preview accuracy before restore
Why it matters
Preview accuracy before restore prevents wasted restores and helps us trust the output. If previews are unreliable, the tool may appear to recover files that won’t open when restored.
How to check
Pick several previewed items across different formats and inspect metadata like name and size before restoring. Restore a small batch and open them with common apps; note whether the previews matched what actually works.
File metadata preservation
Why it matters
File metadata preservation affects how usable recovered folders become. If names and dates don’t survive, we lose context even when the bytes are recoverable.
How to check
From the results view, check whether the tool keeps original folder paths and file names or only generates generic names. Compare restored samples to the originals for naming, timestamps, and basic structure.
Safe restore location handling
Why it matters
Safe restore location handling reduces the risk of overwriting evidence or creating confusing duplicates. It matters because recovery work often happens under time pressure.
How to check
During restore, verify whether it forces a different destination and warns if you select the source drive. Use a destination folder on another volume and confirm the tool blocks unsafe selections.
Result organization and throughput
Why it matters
Result organization and throughput impact whether we can triage quickly and still do a fuller recovery when needed. Tools that only dump a long list make follow-up steps harder.
How to check
After the scan, check whether results are grouped logically (by folder/path or file type) and whether you can filter and search within results. Time how long it takes to reach a usable preview on a demo drive.
Red flags
- Scan modes look generic and can’t be adjusted when results are thin
- Previews claim recovery but restored files won’t open or are obviously corrupted
- Restore location rules are vague and allow writing back to the source
Fit by situation
- If the drive won’t mount and the system reports errors, prioritize Drive state coverage and Scan modes and controls.
- If you must recover specific documents fast, prioritize Preview accuracy before restore and Result organization and throughput.
- If you need original names, paths, and dates for audit trails, prioritize File metadata preservation and Safe restore location handling.
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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