GITNUXSOFTWARE ADVICE
Data Science AnalyticsTop 10 Best Flash Memory Recovery Software of 2026
Ranking of top flash memory recovery software, with MiniTool Power Data Recovery included and criteria for file recovery results and cost tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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MiniTool Power Data Recovery is the safest pick when SD cards or USB drives turn RAW after corruption or formatting, while DMDE is the better specialist option if you need raw, signature-based reconstruction when file systems or partitions are damaged.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
MiniTool Power Data Recovery
RAW and lost-partition oriented recovery modes that still produce a previewable item list.
Best for: Fits when SD cards or USB drives show RAW behavior after corruption or formatting.
Disk Drill
Editor pickDisk imaging support supports restoring from a captured source state instead of re-scanning the original drive.
Best for: Fits when single-user recovery needs quick previews and selective restores after format or deletion events.
Stellar Data Recovery
Editor pickPreview-first recovery selection paired with partition and RAW recovery paths in one workflow.
Best for: Fits when removable flash drives need preview-guided recovery with retryable scan depth choices.
Comparison Table
MiniTool Power Data Recovery
SMBMiniTool Power Data Recovery scans USB drives, SD cards, and partitions for lost files.
RAW and lost-partition oriented recovery modes that still produce a previewable item list.
MiniTool Power Data Recovery follows a typical removable media recovery workflow with partition discovery, recovery target selection, and preview-first listing before restore. It uses multiple scan modes so quick scan can find recently lost entries while deep scan and signature-based carving improve coverage when directory structures fail. It also supports recovery of lost partitions and damaged boot-related structures in ways that reduce manual rebuild work for common NAND flash failure scenarios.
A tradeoff appears in long deep scans, because sector-by-sector style passes increase runtime on larger USB drives with heavy corruption. For a usage situation, the tool fits when a flash drive shows as RAW, fails to mount, or loses directories after formatting and there is no working backup to restore from.
- +Quick, deep, and signature scanning cover both metadata and carving paths
- +Preview and filtering help reduce wrong-target restores
- +Lost partition reconstruction supports damaged removable media volumes
- +RAW-focused recovery workflows handle missing file system metadata
- –Deep scan runtime grows quickly on large USB flash drives
- –Recovery quality can drop for severely damaged NAND sectors
Field photographers
SD card shows missing folders
Recoverable media restored
Small IT teams
USB flash drive reports RAW
Files recovered without reimaging
Show 1 more scenario
Content editors
Formatting removed project assets
Assets recovered for editing
Use signature scanning to locate media files when metadata is gone.
Best for: Fits when SD cards or USB drives show RAW behavior after corruption or formatting.
Disk Drill
SMBDisk Drill restores deleted files from USB drives, SD cards, and other flash storage.
Disk imaging support supports restoring from a captured source state instead of re-scanning the original drive.
Disk Drill is a strong fit when quick wins matter because it provides a file browser style view of recoverable items and lets users choose what to restore after scanning. Disk imaging support helps when a read-only recovery workflow is needed or when the same drive state must be revisited without additional probing. Coverage across typical flash media cases like formatted media recovery and corrupted file system recovery is geared toward turning raw storage results into practical file candidates.
The main tradeoff is that recovery outcomes still depend on the underlying NAND wear patterns and the degree of overwriting, so scan results may shrink after heavy use. Disk Drill is best used immediately after a deletion or format event while the device remains powered off for as much time as possible and before the drive is reused for new writes.
- +Recovery preview list reduces restore guesswork
- +Disk imaging workflow supports repeatable analysis
- +Works well for deleted and formatted removable-media cases
- +Simple restore flow for everyday USB and card recovery
- –Best results rely on early action after deletion
- –Automation and API depth are limited for admin-managed workflows
- –Large-capacity deep scans can take significant time
- –Advanced NAND-related failure modes may still need forensic tools
Home users
Recover photos after USB format
Recovered files returned without full reformat
Field photographers
Recover camera card after deletion
Fewer wrong restores
Show 2 more scenarios
Small IT teams
Repeatable recovery from an image
Reduced source wear
Disk imaging enables consistent analysis when the original media should not be repeatedly accessed.
Digital forensics assistants
Preserve evidence before recovery attempts
Recovery work stays traceable
Imaging-first handling supports a disk image recovery approach for controlled follow-up.
Best for: Fits when single-user recovery needs quick previews and selective restores after format or deletion events.
Stellar Data Recovery
SMBStellar Data Recovery scans USB drives, SD cards, and partitions for deleted or inaccessible files.
Preview-first recovery selection paired with partition and RAW recovery paths in one workflow.
Stellar Data Recovery fits best when the recovery path needs more than one scan strategy because card-level failures often require quick triage followed by deeper searches for signatures. The preview and select-then-recover flow reduces wasted saves by letting the user confirm recoverable items before file extraction. Partition-aware options help in scenarios where the logical structure has shifted, such as after an accidental format or interrupted copy operation. A strong fit indicator is when the same removable drive must be retried with different scan depths and file filters to separate truly intact data from partial fragments.
A notable tradeoff is that deeper scans increase runtime and can amplify the chance of encountering read instability on failing flash media, which makes a clean disk-image first approach more than a convenience. Stellar is most practical when the source drive is still readable enough to complete at least a scan pass, and the goal is targeted recovery of specific folders or file types rather than full disk replication.
- +Recovery preview reduces wasted saves before extraction
- +RAW volume recovery supports broken or missing file system
- +Partition-aware workflows help after accidental formats
- +Disk image style workflow supports safer retrying of scans
- –Deep scans take longer on marginally readable media
- –Recovery output depends on the original drive health
Small studios and photographers
Recover deleted SD card media files
More correct recoveries
IT admins at SMBs
Recover formatted USB flash partitions
Recovered folder structure
Show 2 more scenarios
Forensic-adjacent investigators
Recover data from failing removable drives
Repeatable recovery attempts
A disk image style workflow enables repeatable scanning without re-reading the original repeatedly.
Home users
Recover files after corruption events
Files recovered despite corruption
File system corruption handling supports extraction when normal mounting fails.
Best for: Fits when removable flash drives need preview-guided recovery with retryable scan depth choices.
DMDE
vertical specialistDMDE recovers files and partitions from USB drives, memory cards, and damaged storage devices.
Disk image recovery workflow lets extraction run from a captured image using DMDE’s reconstruction and preview before any write-back.
DMDE is a flash memory recovery tool built around low-level disk access, so it can work when a USB drive or SD card file system metadata is damaged. It supports deleted and formatted-media recovery using file signature scanning and it can operate on raw and partitioned layouts for lost partition reconstruction.
- +Sector-based disk image workflow reduces repeated reads of failing media
- +File signature scanning supports recovery when directory structures are missing
- +Lost partition reconstruction helps when partition tables are partially readable
- +Recovery preview supports selective export before committing writes
- –Disk imaging and export steps require careful handling to avoid rework
- –User-facing guidance assumes familiarity with partitions and volumes
- –Deep scans can take long on larger drives with slow read speeds
- –Recovery results may need manual verification due to fragment and format variance
Best for: Fits when recovery depends on raw access and signature-based reconstruction after formatting or partition damage.
EaseUS Data Recovery Wizard
SMBEaseUS Data Recovery Wizard retrieves deleted and lost files from USB drives, SD cards, and partitions.
Disk image recovery mode lets flash-device recovery run from a captured snapshot instead of repeated direct reads.
EaseUS Data Recovery Wizard begins with selecting the flash device and running a scan to recover files by existing metadata and file signatures.
- +Quick and deep scans help recover across deleted and formatted scenarios.
- +Disk image workflow reduces risk of further data loss on flash media.
- +Recovery preview speeds validation before committing to writes.
- +File-type filters reduce clutter during signature-based recovery.
- –Recovery success drops when the flash translation layer maps blocks inconsistently.
- –Deep scanning can be slow on larger USB drives with fragmented metadata.
- –Partition reconstruction is limited compared with tools focused on storage forensics.
- –Large result sets still require manual sorting before exporting.
Best for: Fits when quick recovery preview and disk image-first workflows matter for SD cards or USB flash drives.
Wondershare Recoverit
SMBRecoverit restores deleted files from USB drives, memory cards, and formatted storage.
Recovery-from-capture workflow reduces repeated reads of the original flash device during scanning and selection.
Wondershare Recoverit focuses on file recovery from removable flash media such as SD cards and USB flash drives, with workflows that cover deleted files, formatted media, and logically damaged volumes. The software provides a preview-driven recovery flow and supports deeper sector-based scanning when quick results fail.
- +Preview-driven recovery UI helps confirm file names before download
- +Deep scanning mode improves outcomes after quick scan returns empty
- +Recovery workflow supports creating an image-like capture before restore
- +Works across SD card and USB flash drive use cases in one tool
- –Best results depend on early stop after loss and avoiding overwrites
- –Recovery of severely corrupted media can require multiple scan passes
- –Thin controls for partition-table repair compared with dedicated utilities
- –Large-capacity scans can slow down on failing media
Best for: Fits when individuals need guided deleted-file and formatted-media recovery from SD cards or USB drives.
GetDataBack
vertical specialistGetDataBack recovers files from USB drives, memory cards, and damaged Windows file systems.
GetDataBack’s recovery engine rebuilds directory structure from damaged file system metadata into navigable folders.
GetDataBack focuses on recovering files from flash media by reconstructing content from damaged or reorganized file systems rather than relying only on simple directory recovery. The workflow supports imaging style recovery and then scanning those reads for recoverable structures.
- +Strong recovery outcomes from corrupted file systems on removable media
- +Folder-tree style output helps users navigate reconstructed directory structure
- +Recovery process aligns well with disk image workflows for safer attempts
- +Good transparency around detected structures during scanning
- –Less streamlined UI than modern consumer recovery tools
- –File carving coverage can feel secondary to file system reconstruction
- –Performance can drop on heavily damaged media during deeper scans
- –Requires careful drive selection to avoid scanning the wrong target
Best for: Fits when precise file system reconstruction matters most after reformatting or corrupted removable media.
PhotoRec
vertical specialistPhotoRec recovers files from memory cards, USB drives, and corrupted storage using file carving.
Signature-driven file carving works on RAW volumes when file system structures are unreliable.
PhotoRec focuses on file carving from removable media and uses signature scanning to recover data even when file systems are damaged or missing. It is distinct because it can be used through a command-line workflow that pairs well with disk image recovery for safer experimentation.
- +File signature scanning recovers data without intact directories
- +Command-line workflow supports imaging first for read-only style recovery
- +Supports many removable media layouts and common file formats
- +Produces carved files quickly on large NAND flash dumps
- –Less guidance than GUI tools for drive selection and workflow
- –Carved results can include many false positives without validation
- –Recovery relies on readable sectors and may fail after overwrites
- –No built-in partition preview limits first-pass decision making
Best for: Fits when data must be carved from corrupted cards or USB drives and a disk image workflow is acceptable.
UFS Explorer
enterpriseUFS Explorer recovers data from memory cards, USB drives, disk images, and damaged file systems.
Imaging-first workflow that keeps the original media untouched during partition and carving analysis.
UFS Explorer performs solid-state storage recovery by reading damaged removable media, analyzing filesystem structures, and extracting recoverable items from disk images. It supports partition-oriented recovery and RAW-style carving workflows when directory metadata is missing or corrupted.
- +Sector imaging lets analysis work from a stable disk image
- +Partition reconstruction helps when boot sector data is damaged
- +Recovery preview supports selective export of verified candidates
- +File carving handles cases where directory metadata is missing
- –Deep analysis workflows take more manual decisions than basic tools
- –Media health limits can reduce recoverable results on failing NAND
Best for: Fits when technicians need imaging-first recovery with partition reconstruction and preview-based exports for USB and SD media.
Ontrack EasyRecovery
enterpriseOntrack EasyRecovery retrieves files from USB drives, memory cards, and corrupted storage.
Preview-guided recovery selection that reduces exports from low-likelihood carved data during deep scans.
Ontrack EasyRecovery is a flash memory recovery tool aimed at retrieving files from SD cards and USB flash drives when the device returns errors or looks empty. It combines guided recovery workflows with imaging-first options so work can proceed after a failing read.
- +Imaging-first workflow helps preserve evidence before deeper recovery attempts
- +Recovery preview supports selecting likely-good results before exporting
- +File carving covers cases where directory or filesystem structures are damaged
- +Handles common removable-media file systems including FAT and exFAT
- –Deep scan processes can be slow on large capacity USB drives
- –Advanced recovery options require clearer user selection to avoid wasted runs
Best for: Fits when removable media shows read errors or empty listings and users need preview-guided recovery.
Conclusion
After evaluating 10 flash memory recovery software, MiniTool Power Data Recovery 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 Flash Memory Recovery Software
Flash memory recovery software focuses on restoring files from SD cards and USB flash drives that show deleted-file loss, formatted outcomes, or corrupted file system states. This guide covers MiniTool Power Data Recovery, Disk Drill, EaseUS Data Recovery Wizard, and eight additional tools that follow different capture, preview, and reconstruction workflows.
The choice often turns on whether recovery uses RAW and lost-partition oriented paths, preview-first selection, or imaging-first analysis that leaves the original media untouched. The next sections explain what those workflow differences mean for recoverability when flash storage controllers map blocks inconsistently.
Flash Memory Recovery Software for SD Cards and USB Drives
Flash memory recovery software rebuilds recoverable file listings from removable NAND storage by combining quick scan indexing, deeper signature scanning, and imaging or direct-read workflows. MiniTool Power Data Recovery centers RAW and lost-partition oriented recovery modes that still produce a previewable item list for targeted restores.
Disk Drill emphasizes disk imaging support so analysis can run against a captured source state instead of repeatedly re-scanning the original flash device. When a drive shows early emptiness after deletion or formatting, preview-driven selection and repeatable analysis matter because faster scans can miss fragments that only deeper scans recover.
Flash memory recovery workflow criteria for SD cards and USB drives
Flash recovery outcomes depend on how the tool reads or captures NAND-backed media before analysis, because flash controllers can remap blocks and make repeated direct reads inconsistent. Imaging-first workflows like Disk Drill and DMDE Data Recovery emphasize repeatable analysis from a captured source state, which reduces shifting results during scanning and export.
Recovery accuracy also hinges on whether the software supports previewable selection tied to the engine that found items. MiniTool Power Data Recovery and Stellar Data Recovery prioritize preview-backed lists so restores target likely-good candidates, while PhotoRec and GetDataBack shift emphasis toward carving or file system reconstruction when directories are unreliable.
Imaging-first analysis to avoid repeated reads
Disk Drill and DMDE use disk image recovery workflows so scanning and reconstruction run against a captured source state instead of repeatedly reading the original flash device. UFS Explorer also keeps the original media untouched during partition and carving analysis by working from sector imaging.
Preview-backed selection tied to scan depth
MiniTool Power Data Recovery and Stellar Data Recovery generate a previewable item list tied to RAW or lost-partition paths so users can filter before extraction. Wondershare Recoverit and Ontrack EasyRecovery also use preview-driven recovery selection to reduce exports from low-likelihood items during deep scans.
RAW and lost-partition oriented recovery modes
MiniTool Power Data Recovery focuses on RAW and lost-partition oriented recovery modes that still produce a previewable item list after corruption or formatting. GetDataBack emphasizes reconstruction of directory structure from damaged file system metadata into navigable folder output when reformatting or corruption breaks structure.
Signature scanning for missing or damaged directory structures
PhotoRec and DMDE rely on file signature scanning to recover data when file system structures are unreliable or missing directory structures. MiniTool Power Data Recovery also combines signature scanning with carving paths while maintaining preview and filtering to reduce wrong-target restores.
Recovery from captured snapshot without direct re-scans
EaseUS Data Recovery Wizard and Wondershare Recoverit include disk image or capture-based recovery modes that reduce risk of further data loss by avoiding repeated direct reads. This approach helps when flash translation layer mapping makes outcomes drift during direct scanning.
How to choose Flash Memory Recovery Software by workflow philosophy
Choose the workflow that matches the recovery risk from NAND remapping, because flash media can change behavior after repeated reads. Tools that operate from a captured image, like Disk Drill, DMDE, and UFS Explorer, reduce this instability by keeping analysis anchored to a stable snapshot.
Select the recovery engine that matches the failure shape you actually see, because RAW corruption, broken file systems, and missing directory structures call for different reconstruction strategies. MiniTool Power Data Recovery and Stellar Data Recovery combine preview with RAW and lost-partition or RAW volume paths, while PhotoRec and GetDataBack shift toward carving or folder reconstruction when directories cannot be trusted.
Pick imaging-first if the flash device is already unstable
If the removable drive produces inconsistent read results or empty listings after deletion or formatting, choose Disk Drill or DMDE so scanning and export run from a captured image. This imaging-first design reduces repeated reads of failing media and makes outcomes more repeatable during deep analysis.
Pick preview-first if quick selection prevents wasted restores
If the goal is targeted extraction with fewer wrong-target saves, choose MiniTool Power Data Recovery or Stellar Data Recovery because both generate a previewable item list alongside RAW or partition recovery paths. This preview and filtering pairing helps reduce wasted restores before committing recovered files.
Pick RAW and lost-partition paths when file systems look broken
If the SD card or USB drive shows corruption after formatting or indicates RAW behavior, choose MiniTool Power Data Recovery because it emphasizes RAW and lost-partition oriented recovery while still producing previewable results. Stellar Data Recovery also supports RAW volume recovery when a file system is broken or missing.
Pick directory reconstruction when folder structure mattered to the original layout
If reformatting or metadata damage broke navigation, choose GetDataBack because its recovery engine rebuilds directory structure from damaged file system metadata into navigable folders. This option prioritizes reconstructing file organization over pure carving volume.
Pick signature carving when directory structures are unreliable
If directory entries are missing and file carving is required, choose PhotoRec or DMDE because both support signature-driven recovery when file signatures can be found without intact directories. PhotoRec trades guidance for carving breadth, while DMDE adds a reconstruction and preview flow tied to the captured image workflow.
Match scan speed tradeoffs to drive size and read reliability
If deep scanning time is a constraint on large USB flash drives, MiniTool Power Data Recovery can require more time as deep scan runtime grows quickly. If read reliability is already marginal, prioritize capture-based workflows like Disk Drill, EaseUS, and UFS Explorer to limit direct reads while running deeper analysis.
Who Flash Memory Recovery Software fits best
Flash memory recovery software fits people who need to restore deleted files, recover from formatting outcomes, or rebuild file listings when the removable NAND device shows corrupted file system behavior. The best fit depends on whether the media must be preserved via imaging-first workflows or whether the priority is preview-driven selection before exporting recovered files.
The tool list includes both consumer-oriented preview flows and technician-oriented reconstruction workflows, so buyers can match the software to the expected recovery failure shape they see on SD cards and USB drives.
Users recovering after accidental delete or quick format on a single SD card or USB drive
Disk Drill and Wondershare Recoverit focus on preview-driven recovery selection after deletion or formatting events, which helps reduce guesswork when only some items still have signatures. These tools also support recovery previews so selection happens before extraction.
Technicians who need imaging-first preservation for repeatable analysis
DMDE and UFS Explorer run partition and carving analysis from a captured image so extraction can be based on a stable sector snapshot. This approach helps when repeated reads would change results on NAND media.
Buyers facing RAW behavior after corruption or missing partitions
MiniTool Power Data Recovery targets RAW and lost-partition oriented recovery while still producing a previewable item list. Stellar Data Recovery also includes RAW volume recovery paths paired with preview-guided choices.
Users whose file system metadata is too damaged for folder navigation
GetDataBack rebuilds directory structure into navigable folders from damaged file system metadata, which helps when file organization must be reconstructed. PhotoRec supports signature-driven carving when file system structures are unreliable and directories cannot be trusted.
People who want guided workflow choices for deep scan retries
Stellar Data Recovery and Wondershare Recoverit emphasize preview-first selection paired with deeper scan options so users can retry scan depth choices when initial results are limited. Ontrack EasyRecovery uses preview-guided recovery selection to reduce exports from low-likelihood carved data during deep scans.
Common flash recovery mistakes and how to avoid wasted runs
Most recovery failures happen when software repeatedly reads the original flash device while blocks are remapped, which can reduce recoverable evidence or make results drift across scan passes. Imaging-first workflows such as Disk Drill and DMDE exist specifically to avoid repeated direct reads during scanning and reconstruction.
Another common issue comes from exporting too many unvalidated candidates, especially during deep signature scanning, where false positives can rise quickly. Preview filtering in MiniTool Power Data Recovery and preview-guided exports in Ontrack EasyRecovery reduce wasted saves when listing accuracy is uncertain.
Running repeated deep scans directly on a failing USB flash drive instead of using a captured image workflow
Choose Disk Drill or DMDE so analysis runs against a captured source state. Imaging-first workflows reduce repeated reads of failing media and keep analysis from drifting during deep scanning.
Exporting everything after a deep scan without using preview filtering
Use MiniTool Power Data Recovery or Stellar Data Recovery to filter using the previewable item list before saving. Preview-driven selection reduces wrong-target restores when signatures or reconstructed structures include low-likelihood matches.
Expecting folder navigation to be reconstructed the same way across engines
Use GetDataBack when directory structure reconstruction is the main requirement because it rebuilds folder organization from damaged file system metadata. Use PhotoRec when directory structures are unreliable and signature carving is the realistic path.
Waiting too long after deletion or formatting so signatures become harder to find
Disk Drill and Wondershare Recoverit rely on recovery preview and scan depth choices that perform best when action happens early. When early listings show emptiness, deep scan retries can help but success declines as NAND state changes.
Assuming recovery quality stays stable on severely damaged NAND sectors
MiniTool Power Data Recovery can see recovery quality drop for severely damaged NAND sectors, so results may require shifting strategies. Use an imaging-first workflow like UFS Explorer or DMDE to preserve evidence before attempting reconstruction or carving exports.
Method used to check these flash recovery picks
Analysts opened each ranked product’s official review pages and copied each figure shown next to the passages that describe the product. Analysts compared those figures with the product documentation and the changelog, and they also used an independent review when one was explicitly cited.
Analysts kept the figure only when it matched the documentation and the cited third-party source, and they included a published benchmark only when that benchmark was the stated source for the figure. MiniTool Power Data Recovery appears at the top because its product documentation and workflow descriptions repeatedly align with RAW and lost-partition oriented recovery that still outputs a previewable item list, and because its scanning approach is consistently described as covering both metadata reconstruction and signature-based carving paths.
Frequently Asked Questions About Flash Memory Recovery Software
Which tool handles RAW behavior on SD cards or USB drives better: MiniTool Power Data Recovery, Stellar Data Recovery, or Disk Drill?
How does an imaging-first workflow change recovery safety and throughput for flash media: DMDE, UFS Explorer, or Disk Drill?
When formatting or logical damage breaks directory metadata, which tools rely most on file signature scanning: PhotoRec, DMDE, or Stellar Data Recovery?
What breaks if recovery writes back to the original device during a failing read: DMDE, UFS Explorer, or Ontrack EasyRecovery?
Which tool is best for reconstructing damaged directory structure after corruption or reformat: GetDataBack, Stellar Data Recovery, or Wondershare Recoverit?
Which tool offers the most configuration control for advanced workflows on damaged media: DMDE, PhotoRec, or MiniTool Power Data Recovery?
How do preview steps affect the number of exports and the risk of restoring wrong data: Disk Drill, Wondershare Recoverit, or UFS Explorer?
Which tool fits when a removable drive shows empty listings or read errors: Ontrack EasyRecovery, Disk Drill, or GetDataBack?
What is the tradeoff between quick scan speed and deep scan coverage for flash recovery: MiniTool Power Data Recovery, EaseUS Data Recovery Wizard, or Stellar Data Recovery?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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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