WeRecoverData.com can recover data from a wide range of file systems, including NSS, Novel Netware, WAFL, DTFS, BTRFS, EAFS, HTFS, Xenix, and UnixWare. Our team of highly trained experts uses the latest tools and technologies to analyze and recover data from various file systems, ensuring the highest success rate possible. Whatever your file system, we have the experience and expertise to handle your data recovery needs.

At WeRecoverData.com®, we understand that losing your valuable data can be a frustrating experience. You may be tempted to try another data recovery company before coming to us. However, we advise against it for the following reasons:

We often receive cases from other recovery companies after they have failed to recover the data. In many cases, the chance of a successful recovery decreases significantly after the first attempt.

Other companies may put a time limit on your case and only invest a limited amount of time before calling it unsuccessful. At WeRecoverData.com®, we take the time needed to exhaust all possibilities and maximize the chance of a successful recovery.

Time is often critical when it comes to data recovery. Choosing a less professional company for your recovery may result in wasted time and a lower chance of successful recovery.

We are confident in our ability to recover your data, which is why we offer a “no recovery, no fee” policy. If we cannot retrieve the required data, you will not be charged for our services. Choose WeRecoverData.com® for your data recovery needs and let us help you get your data back.

At WeRecoverData.com, we have a team of experts who specialize in data recovery for Mac operating systems. We can recover data from all types of Mac devices including MacBooks, iMacs, Mac Minis, and Mac Pros. Our team has years of experience dealing with all types of Mac file systems such as HFS, HFS+, exFAT, and the latest APFS.

Our data recovery experts at WeRecoverData are experienced in recovering data from various file systems including HFS/HFS+, exFAT, and APFS.

•  HFS or Hierarchical File System is the default file system used by Apple Inc. and is commonly used in MAC machines.
• exFAT, on the other hand, is a popular file system used with external drives for cross-compatibility and is frequently used in new external drives.
• APFS is a recently developed file system designed by Apple Inc. and is commonly used in newer Apple devices.

Our experts can handle data recovery for these file systems and more. Contact us for any of your data recovery needs.

Microsoft Windows is the operating system used by millions of computer users worldwide, and its file system is crucial in managing and organizing data. Windows file systems include NTFS, NTFS5, FAT, FAT32, exFAT, and ReFS. Among these, NTFS is the most commonly used with Microsoft Windows Operating System.

At WeRecoverData, we have the expertise to handle data recovery from any of these file systems, including NTFS, NTFS5, FAT, FAT32, exFAT, and ReFS. Our highly trained professionals have the necessary tools and experience to recover data from all types of storage devices running on Windows OS, including desktops, laptops, servers, and external drives.

We understand the importance of your data and the impact of data loss on your personal and professional life. That’s why we follow industry best practices to ensure a secure and confidential data recovery process. Our experts work tirelessly to recover your data, adhering to leading industry standards, and increasing your return on investment.

PROJECT INFORMATION

Project Title: RED Camera Video Format Extraction Utility

Project Start Date:  2016/08

Project Completion Date or Expected Completion Date: 2016/10

Field of Science or Technology: Software Engineering and Technology

Purpose of work

To achieve technological advancement for the purpose of creating new or improving existing materials, devices, products or processes.

Experimental Development:

Overcoming Uncertainties, Work Performed, Achievements, and Outcome

Background:

The RED video format is a proprietary RAW format that is used in high quality, professional video production. A client submitted a RAID array that hosted the storage for their video production files. The files had apparently disappeared and at some point, the file system was reformatted and partially overwritten. Metadata and other structures were overwritten therefore the only solution was a raw file recovery.

The format is undocumented therefore we would have to examine and reverse engineer the RED format by utilizing video files provided by the client, using the same equipment. Due to the proprietary nature and hence lack of technical support, we would have to break down the video header and other structures without any assistance or technical documentation.

Goal:

We had the client supply us with a number of RED video files that were produced using the same camera as that of the files to be recovered.

After deciphering the higher-level file structures, we wrote an initial scanning program used to log the location of all RED video file headers on the volume.

The first task was to extract all fragments utilizing the file start locations written to the scan logs. With the assistance of the client, we viewed the extracted fragments to determine which were complete and those that were truncated (due to interleaving of other file data within the file system).

With feedback from the client, we were informed that many fragments had flicker when played using their video editor and many were also much shorter in time in comparison the actual physical size of the video file.

After examining these files further using an openly available RED video viewer, we were able to determine the exact frames that were causing the flicker. In conjunction with the raw video data, we used this information in order to find the approximate location of the corruption within the file. This information then allowed us to accurately locate stream and frame headers, and then further break these structures down. One of the most important data values we were able to extract from the structures was the video frame timestamp and frame size. Using the timestamp and size, we could locate and identify following frames and determine if they were interrupted by other file data or overwrite.

We broke down the frame metadata further and found that there was unique data for each video file that was useful in segregating the hundreds of individual video files created during production. Our scan utility was enhanced to scan the entire volume containing the deleted RED file fragments and find the locations of continuous video frames utilizing the new information we discovered in the frame metadata.

After gathering the locations of all video fragments, we were able to piece together the majority of the lost files. When verifying the recovered files in the RED viewer, we found that some video files would not load and would hang the viewer during the frame indexing operation. After closer examination, we found that the problematic files had missing frames, likely due to overwrite of some frames. We experimented with good files by adding invalid data to the files as well as removing frames. We found that the viewer could tolerate extra invalid data and was able to resync the video, however a missing frame would cause severe issues with playback.

Since we needed to provide working files to our client, we had to devise a method to patch files that contained missing frames. We experimented by adding frames with a recreated frame header and then padded the data portion with zeroes. The solution now allowed the video to be played, so we went further by copying the preceding frame in to the missing frame (with a corrected frame header) and found the video played flawlessly without flicker.

We are successfully able to recover RED video format files which have been deleted or lost from a working file system. We have obtained enough knowledge regarding the internal RED format structures in order to create other enhanced or custom recovery tools depending on a client’s recovery situation.

PROJECT INFORMATION

Project Title: PBX Database Conversion Program ALCATEL DEX 600 (DSC Communications Corp)

Project Start Date: 2016/01

Project Completion Date: 2016/02

Field of Science or Technology: Software Engineering and Technology

Purpose of work

To achieve technological advancement for the purpose of creating new or improving existing materials, devices, products or processes.

Experimental Development:

Overcoming Uncertainties, Work Performed, Achievements, and Outcome

We were required to convert a proprietary database format used by a DEX 600e Private Branch Exchange (PBX) telephone switch, in order to allow legacy PBX switch data to be migrated to newer switches. We had previously developed a utility to convert a DEX PBX database in 2015, but the database format that we received in this case appeared to be a different version.

Similar to our previous research, the biggest challenge involved reverse engineering of the various related data tables using specifications for the original switch design. In order to be successful, we required specific data samples output from the current system, and we were unsure whether we could obtain enough pertinent sample data to properly reverse engineer the format. As mentioned in the initial claim, any available documentation available was for the earliest (initial) releases and little information applied to the more recent databases.

We reverse engineered this different database format through analysis of the raw data alongside table outputs provided by the client. We had the assistance of an administrator familiar with the PBX system who generated some sample tables based on specifications that we requested, in order to reverse engineer the unknown data that differed from the other versions. After a number of iterations of table dumps, we were able to eventually gather enough information to determine the relationships between the various tables.

We were successfully able to reverse engineer the data table structures for this database version. We enhanced the code for our current conversion utility to include this new structure and are now able to support a wider range of phone system PBX telephone switches.

PROJECT INFORMATION

Project Title: GoPro Deleted Video Recovery Utility

Project Start Date:   2016/02

Project Completion Date: 2016/06

Field of Science or Technology: Software Engineering and Technology

Purpose of work

To achieve technological advancement for the purpose of creating new or improving existing materials, devices, products or processes.

Experimental Development:

Overcoming Uncertainties, Work Performed, Achievements, and Outcome

 We were required to recover deleted files from a flash storage device used in a GoPro video camera. Similar to most file systems, the metadata and pointers are lost after deletion and due to large sizes of video the files are usually fragmented. Due to the proprietary nature of the video format, we had to reverse engineer the video format and then devise a method of accurately extracting the deleted video file. It was unknown whether it was possible to decipher the video stream headers and content since manufacturers were developing more sophisticated ways of encoding video for enhanced speed, features and compression. We have also found that some video formats that lack obvious stream headers (other than the initial header) – these are likely simpler video formats without the ability to resync if compression fails due to data errors.

We analysed a number of good GoPro files in order to determine whether there were obvious video stream headers or any other overhead that wrapped the various chunks of video data. After analysing the binary data of the files, we were able to identify repetitive headers within the file that had similar structures. We then attempted to break down the structure in to the various components describing the following video stream. We were eventually able to separate one of the most important values in the structures for recovery. Using these values, we were able to deduce fragment sequences by first scanning the file system for any fragments containing a stream header. We then logged this fragment’s location, the position of the first header relative to the beginning of the fragment and also the last header relative to the end. In some cases, it was difficult to determine the actual start and/or end of the fragment so at times we forced to manually determine the starting boundary. After all valid video fragments on the volume were logged, we then attempted to pair up fragments with their following fragments. We did this by first taking a fragment containing the principle header signifying the first fragment of the video file. Then by using the distance between the last header to the end of the fragment and knowing the stream size, we could calculate the size of the remaining part of the stream. We then searched the scan log for a fragment that contained an entry equal to this value. If this value did not occur more than once in the log, it was very likely that it was a match. We iterated through each following fragment using the same procedure until the end of file was reached. This was continued with all other file fragments containing principle headers until all possible files were reconstructed.

We successfully recovered the deleted files and were able to add this format to our list of recoverable deleted video files.

PROJECT INFORMATION

 Project Title: exFAT File Undeletion Utility

Project Start Date: 2016/11

Project Completion Date: 2016/11

Field of Science or Technology: Software Engineering and Technology

Purpose of work

 To achieve technological advancement for the purpose of creating new or improving existing materials, devices, products or processes.

 Experimental Development:

Overcoming Uncertainties, Work Performed, Achievements, and Outcome

Part of our data recovery process involves imaging a storage device if it is unstable or contains potential data errors. exFAT is a file system format that is increasingly popular with digital cameras and video devices. The block size (and hence the cluster size) is usually larger than a standard 512 byte per sector seen with standard Windows storage device format in order to support large file system sizes. When the device is imaged to another storage medium (hard disk or image file), the non-standard block size is not recognized by Windows and hence the recovery utilities that we reviewed on the market were not successful in extracting large deleted files from this type of file system. We were required to develop a utility that would recognize the different block sizes and extract deleted video files from the client’s device image using the different parameters of exFAT.

In attempting to develop this utility, we were unsure with the information we could find at the time, whether it was possible to fully recover a deleted file from a file system that was in use for a period of time. We found through information that some pointers and metadata were retained after deletion but it was uncertain how much overwrite that the file system would tolerate before utilizing the deleted space.

We studied the manner in which the file system modified the FAT and metadata when a file was deleted. We found after some study that file metadata (file name, dates, file size, etc) is still retained for a period of time and is only marked as available in the bitmap, but will eventually get overwritten if the directory space is needed. The FAT chain is also retained for a time after deletion but also eventually gets overwritten when the disk storage space is needed. From our observations, the FAT chain was retained longer than file metadata.

Using file system data from a client recovery that contained deleted files, we found that the metadata for requested files for recovery was missing. We then requested video file sample from the video camera that produced the files and performed a scan. We created a utility that scanned for the video headers and recorded the locations. After matching the video headers with valid files that weren’t deleted, we deduced that the remaining file headers that were part of video files that were previously deleted. We matched these file start locations to the related location in the FAT, and if that location showed that it was the beginning of a chain, it was extracted assuming that the FAT was valid. The files were then tested since there was no way to guarantee the file integrity. The end result was a successful tool that is being used in the daily operation.

Case No: 433144 |

“Previously sent job to DriveSavers and the recovered DB was unusable, but then I sent the drives to WeRecoverData.com the recovery was successful.  We got our data back and it saved us two years of rebuilding information.

Thanks WeRecoverData.com!!”

Geoff Windsor, Geoff,

Tulsa, Oklahoma

Drives:

Model: WD5003ABYX-18WERA0 S.N.: WMAYP0F3CDA9
Model: ST3500320NS S.N.: 9QMBTY24
Model: ST3500320NS S.N.: 9QMBTRXP

Case No: 431209 |

“We had an IBM RAID 6 array that may have been expanding from four drives to five. Something went wrong and there was at least one incorrect rebuild done after that. Kroll Ontrack performed a recovery attempt without success. We didn’t give up and we found WeRecoverData which claimed they recovered successfully many of these RAIDs. We were very hopeful and they finally did it. They recovered it all successfully! They were able to recover all of our files, excellent job in recovering our data… Very fast service, reasonably priced and excellent customer service… very responsive… Would definitely recommend…”

Nerissa Beekharry,

Controller, Hi-Tech Metals, Maspeth, NY

Drives:

Model: MAT3147NC S.N.: AAF9P5401JDN
Model: MAW3147NC S.N.: DAF9P63010M6
Model: ST3146807LC S.N.: 3HY88LPS
Model: ST3146807LC  S.N.: 3HY88KW0
Model: ST3146807LC  S.N.: 3HY873DY
Model: ST3146807LC  S.N.: 3HY85YLE

Case No: 352225 |

“I really appreciate the folks at WeRecoverData.com. After my valuable business data and family photos from the last 5 years being stuck in black hole known as a crashed hard drive, WeRecoverData.com came to the rescue I was recommended to another major recovery service (Drive Savers Data Recovery) by several computer consultants when my drive first failed. After three – four weeks of working with my drive, the competition returned my drive to me unrecovered. I thought my data was gone for good. When my wife suggested we try another company, we went werecoverdata.com. Within 3 – 4 days of shipping my data out, I got the e-mail that that had recovered 100% of my data. Thank you so much to Pedro and the team at WeRecoverData.com You guys are a life saver.”

Reed L. “Skip” Pond, Chattanooga, TN

(Drive Model #: 9NU2A3-500 | Serial #: 2HAP1Z1C)

Case No: 354553 |

“A trusty WD hard drive, which was the only place we stored our comprehensive digital photos, some key pdfs, and thousands of mp3s was accidentally dropped from a couch. When we tried to turn it on, it started making a clicking noise – we knew we were in trouble. Upon consulting my techie friends, one of whom tried to run a data recovery software on the drive, with no success – I was told to seek help from professionals. I tried a local computer repair shop, and they said problems were significant enough that I needed to work with a firm specializing in data recovery. I started shopping around, and sent the drive to werecoverdata.com, based on a friend`s recommendation. They came back with a quote of $ 1800 which was more than I was prepared to pay. I tried another option – a low cost company in Canada – called Accurate Data Recovery. They claimed that their fee will not exceed a thousand dollars, and they had every capability of large companies like Ontrack and DiskDoctors.com. They spent about a week and a half trying to recover the data, only to inform me that the physical damage was too great and they could not do anything for me.

The big boy Ontrack was next – believe it or not, they spent a month, trying various techniques that they referred to as “proprietary”, “state of the art” and even “innovative and experimental”. No success there too. I finally came back to Werecoverdata.com, still hoping against hope. To my great delight, after about 3 weeks they were able to get data of the drive, recovering 95% of the files!!! Throughout the process they were diligent and very professional with updates, and transparent around their process. I am not sure what magic they used, but I am extremely grateful to their skillful people, dedication to results and the customer friendly way they communicated with me. I would always recommend them to friends and colleagues, and will use them if, God forbid, I ever need to again, without any hesitation.
Thanks, Werecoverdata.com!”

Dimitry Gitarts, Philadelphia, PA

(Drive Model #: WD2500JB-00GVC0 | Serial #: WCAL73936006)

Case No: 425209 |

Kevin O’Leary (from Shark Tank) Testimonial.  

(Seagate 1TEAPF-500 Drive, Serial #: NA8JEXQ7)

Case No: 347245 |

“When my house burned down, I lost practically everything I owned. I remember after the fire I was digging through the rubble when I came across my external hard-drive. It was filled with rust-colored water and the plastic was baked onto the electronics. I tossed it back into the ashes of the house thinking it was ruined and that all my data was lost.  It wasn’t until a friend reminded me that it was free to have a hardware recovery evaluation done that I figured that I might as well try When WeRecoverData.com  told me later that week that all the files could be recovered successfully, I was in disbelief. Not only was the recovery successful, but they laid out every file exactly as they were before the fire. After this experience, I can confidently recommend for everyone to bring their damaged hardware to WeRecoverData.com  no matter how melted, soaked or cracked it may be. They truly are experts at what they do.”

Brian Webber, Chicago, IL

   

(SimpleTech Drive, Serial #: 96300-41001-160)

It’s unfortunate that some companies are exploiting customers, please review this as well:
https://www.ripoffreport.com/reports/specific_search/data%20recovery 
https://www.youtube.com/results?search_query=data+recovery+scam

• – Do not use any utility software if your hard disk is making noise, such as scraping, tapping, clicking, or humming sound, or if the drive is unstable with read errors.
• – If your device suffers from physical damage or makes unusual sounds, do not turn it on.
• – Shut down your computer to avoid further damage to your drive and its data.
• – Trying to recover the data by yourself, using over-the-counter tools, is a risk,  as you may cause further damage to your drive and permanent data loss.
• – Set up another computer or server to replace the damaged unit and restore available backups onto the new unit to begin productive work.

Contact us for further assistance and emergency tips

To prevent data loss, follow these safety tips:

1. 1. Regularly back up your data, particularly when updating your system. Keep copies of crucial data offsite for added protection.
   2. Always shut down your computer using the operating system’s proper shutdown procedure.
   3. Use up-to-date hardware and software tools for data security, such as antivirus programs and firewalls.
   4. Operate laptops on a hard, flat surface to facilitate proper ventilation and prevent overheating.
   5. Keep server cooling systems, like fans and portable air conditioners, close to the equipment to maintain optimal operating temperatures.
   6. Ensure proper airflow around external drive cooling fans by allowing ample space and removing any obstructions.
   7. Avoid turning off peripheral devices while the computer is on or when the disk is active to prevent data corruption.
   8. Keep drives stable and stationary during operation. If you need to move your computer, power it down first.
   9. Prevent static electricity by grounding yourself before handling or touching any media.
   10. If you notice unusual sounds coming from your computer, immediately power it off to minimize potential damage.

Case Scenarios and Action Steps

Project Title    Software to Extract Deleted Virtual Machine Files from a VMFS Volume

Project Start Date: 2016/06

Project Completion Date: 2016/08

Field of Science or Technology: Software Engineering and Technology

Purpose of work

To achieve technological advancement for the purpose of creating new or improving existing materials, devices, products or processes.

Experimental Development:

Overcoming Uncertainties, Work Performed, Achievements, and Outcome

Background:

We received a large multi-volume RAID storage array that utilized a Virtual Machine File System (VMFS) as the host file system. The file system contained files for multiple virtual machines (VMs) in the client’s environment. The array suffered a multiple drive failure, therefore the client and their IT consultants attempted to replace and rebuild the failed drives in the storage array. The overall storage system contained multiple independent RAID arrays and volumes, and drives from different arrays were placed in incorrect positions when rebuilt. Due to the extensive amount of damage resulting from the incorrect rebuild, the VMFS volumes would no longer mount.

Goal:

We attempted to recreate the original configuration in our labs by removing the drives that were known to be invalid and rebuilt those from parity. The result was a very damaged file system, but there was still a large amount of file system metadata and user data that was not damaged. There are very few companies that deal with highly damaged VMFS file systems, so any tools found on the internet were very basic and were only useful with undamaged or lightly damaged structures.

Our aim was to reverse engineer the VMFS metadata structures in order to see if it was possible to manually extract deleted/missing virtual machine (VM) files. The publicly available tools claimed to recover deleted files, but didn’t address file systems that were either reformatted or missing some of the original file metadata. If we were successful at extracting the deleted VM, we needed to see if it was possible to repair missing/corrupted structures since we highly suspected damage due to the incorrect RAID rebuild. If this wasn’t possible, we wanted to investigate if it was possible to create a utility to extract the virtual machine files and patch areas where the metadata traversed corrupted areas. With the lack of accurate technical documentation and an no publicly available utilities to recover highly damaged VMFS hosts, we were uncertain whether it would even be possible to reach our goal.

The overall (damaged) storage array submitted for recovery was suitable for our research purposes since it contained 3 different VMFS volumes, therefore we had a cross section of VMFS volumes of various sizes. This assisted us in the initial stages of reverse engineering the metadata and inode/pointer structures since the differing structure sizes provided additional valuable information.

Through detailed analysis of directory structures, inodes, secondary and tertiary indirect table files we were eventually able to gather enough details of the file system structure in order to navigate through the file structure and hence extract uncorrupted virtual machine (VMDK) files from the VMFS system.

During the examination of corrupted file structures, we noted a regular occurrence of invalid pointers within the indirect pointer files that we assumed were due to the incorrect RAID rebuild by the client. Some indirect pointers that should have been pointing to other pointer tables were either zeroed or contained illegal values. We devised strategies in our experimental utilities that would allow us to extract all valid data, while segregating the corrupt pointers and voiding these areas in the extracted virtual machine file.

In our recovery attempt, we repaired the damaged areas by filling them with legal values that pointed to a signature block that we created. Our hope was that this would essentially mark all invalid areas in the extracted VM files with an identifiable signature so that we would know that those areas corresponded to invalid data pointers. We attempted to mount the volume under Linux vmfs-fuse but it appeared that the modifications were not accepted and the volume would not mount. This was likely due to the severe damage in some other areas of the data and metadata and possibly the fact that many rebuilt pointers were pointing to the same location (this would normally not occur in an operational VMFS volume). Due to this failure, we then proceeded to modify our extraction utility and used it to extract the virtual machine. We had our utility disregard any duplicate pointers as well as some other issues in the volume structures.

The resulting extracted file had all of the retrievable VM data blocks that were possible with the metadata available. Due to data blocks that were corrupted during the rebuild though, corruption that couldn’t be detected earlier became apparent after extraction and examination of the VM file.

We were unable to successfully extract and rebuild a usable virtual machine file for our client since the combination of lost or bad data due to pointer corruption and data area corruption led to a larger amount of invalid areas than initially expected. However, we are able to extract deleted virtual machine files which was our main goal. We can reliably recover deleted files from a VMFS file system if the client submits their case without any further writing to the volume. With knowledge gained, we are also able to recover files from VMFS file systems with moderately damaged internal structures.

• CD Data Recovery
• DVD Recovery
• Floppy Disk Recovery
• Zip Disk Recovery
• Tape Data Recovery
• JAZ Recovery

• Emergency CD Recovery?
• Inaccessible Drives?
• Corrupted Data
• Accidental Deletion of Data?
• Data Lost?
• Media Crash?

It’s OK… We probably can still save it …

WeRecoverData.com is a world leader in data recovery services.
We’ve developed the most advanced tools and the highest level of expertise to allow us to recover data from any storage media in the world. As a result, we have the highest success rate of full recovery in the industry.

Check what our clients are saying.

“At WeRecoverData.com Data Recovery Labs, we offer non-destructive, expert CD data recovery service. using our own proprietary methods. We will return the drive to you in the same condition it was received.

We offer Free Evaluation on CD data recovery service.

The fees are determined by the drive’s or storage device’s physical or logical problem, the time and expertise needed and the nature of the failure.

We always attempt simple and cost-effective approaches before attempting more involved procedures.

• CD Data Recovery
• DVD Recovery
• Floppy Disk Recovery
• Zip Disk Recovery
• Tape Data Recovery
• JAZ Recovery

• Emergency CD Recovery?
• Inaccessible Drives?
• Corrupted Data
• Accidental Deletion of Data?
• Data Lost?
• Media Crash?

It’s OK… We probably can still save it …

WeRecoverData.com is a world leader in data recovery services.
We’ve developed the most advanced tools and the highest level of expertise to allow us to recover data from any storage media in the world. As a result, we have the highest success rate of full recovery in the industry.

Check what our clients are saying.

“At WeRecoverData.com Data Recovery Labs, we offer non-destructive, expert CD data recovery service. using our own proprietary methods. We will return the drive to you in the same condition it was received.

We offer Free Evaluation on CD data recovery service.

The fees are determined by the drive’s or storage device’s physical or logical problem, the time and expertise needed and the nature of the failure.

We always attempt simple and cost-effective approaches before attempting more involved procedures.

Tape data recovery is the successful retrieval and copying of data from a tape cartridge that has been damaged due to any of the following:

• Water Damage – Sprinkler System or Flooded
• Damage Resulting from Dropping the Cartridge
• Data Residing after an EOF Mark (Overwritten)
• Damage Resulting from the Tape Drive
• Damage as a Result of Aging
• Damage Resulting from Exposure to Extreme
• Temperatures or Humidity
• Internal Cartridge Mechanism Failing
• Permanent Errors Residing Mid File
• Degraded Media

Tapes we are recovering from:

(Contact us if you do not see the tape in this list)

Tape Duplication

Our highly experienced professional team can encrypt tapes at Government Encryption Standards and duplicate a large quantity of tapes within a short duration of time. Our best practices give you optimum results increasing your return on investment and making your operations more cost effective.

Tape Conversion

With several years of proven expertise in data recovery management we offer speedy and accurate tape conversion services with minimum erroneous data loss. We can convert and produce the data in any desired format and media. The data is extracted, converted, cleaned, loaded and verified using state-of-the-art technologies providing you with a flexible and a cost optimized plan for any size of tape conversion project.

Tape data recovery is the successful retrieval and copying of data from a tape cartridge that has been damaged due to any of the following:

• Water Damage – Sprinkler System or Flooded
• Damage Resulting from Dropping the Cartridge
• Data Residing after an EOF Mark (Overwritten)
• Damage Resulting from the Tape Drive
• Damage as a Result of Aging
• Damage Resulting from Exposure to Extreme
• Temperatures or Humidity
• Internal Cartridge Mechanism Failing
• Permanent Errors Residing Mid File
• Degraded Media

Tapes we are recovering from:

(Contact us if you do not see the tape in this list)

Tape Duplication

Our highly experienced professional team can encrypt tapes at Government Encryption Standards and duplicate a large quantity of tapes within a short duration of time. Our best practices give you optimum results increasing your return on investment and making your operations more cost effective.

Tape Conversion

With several years of proven expertise in data recovery management we offer speedy and accurate tape conversion services with minimum erroneous data loss. We can convert and produce the data in any desired format and media. The data is extracted, converted, cleaned, loaded and verified using state-of-the-art technologies providing you with a flexible and a cost optimized plan for any size of tape conversion project.

Tape data recovery is the successful retrieval and copying of data from a tape cartridge that has been damaged due to any of the following:

• Water Damage – Sprinkler System or Flooded
• Damage Resulting from Dropping the Cartridge
• Data Residing after an EOF Mark (Overwritten)
• Damage Resulting from the Tape Drive
• Damage as a Result of Aging
• Damage Resulting from Exposure to Extreme
• Temperatures or Humidity
• Internal Cartridge Mechanism Failing
• Permanent Errors Residing Mid File
• Degraded Media

Tapes we are recovering from:

(Contact us if you do not see the tape in this list)

Tape Duplication

Our highly experienced professional team can encrypt tapes at Government Encryption Standards and duplicate a large quantity of tapes within a short duration of time. Our best practices give you optimum results increasing your return on investment and making your operations more cost effective.

Tape Conversion

With several years of proven expertise in data recovery management we offer speedy and accurate tape conversion services with minimum erroneous data loss. We can convert and produce the data in any desired format and media. The data is extracted, converted, cleaned, loaded and verified using state-of-the-art technologies providing you with a flexible and a cost optimized plan for any size of tape conversion project.

Tape data recovery is the successful retrieval and copying of data from a tape cartridge that has been damaged due to any of the following:

• Water Damage – Sprinkler System or Flooded
• Damage Resulting from Dropping the Cartridge
• Data Residing after an EOF Mark (Overwritten)
• Damage Resulting from the Tape Drive
• Damage as a Result of Aging
• Damage Resulting from Exposure to Extreme
• Temperatures or Humidity
• Internal Cartridge Mechanism Failing
• Permanent Errors Residing Mid File
• Degraded Media

Tapes we are recovering from:

(Contact us if you do not see the tape in this list)

Tape Duplication

Our highly experienced professional team can encrypt tapes at Government Encryption Standards and duplicate a large quantity of tapes within a short duration of time. Our best practices give you optimum results increasing your return on investment and making your operations more cost effective.

Tape Conversion

With several years of proven expertise in data recovery management we offer speedy and accurate tape conversion services with minimum erroneous data loss. We can convert and produce the data in any desired format and media. The data is extracted, converted, cleaned, loaded and verified using state-of-the-art technologies providing you with a flexible and a cost optimized plan for any size of tape conversion project.

Tape data recovery is the successful retrieval and copying of data from a tape cartridge that has been damaged due to any of the following:

• Water Damage – Sprinkler System or Flooded
• Damage Resulting from Dropping the Cartridge
• Data Residing after an EOF Mark (Overwritten)
• Damage Resulting from the Tape Drive
• Damage as a Result of Aging
• Damage Resulting from Exposure to Extreme
• Temperatures or Humidity
• Internal Cartridge Mechanism Failing
• Permanent Errors Residing Mid File
• Degraded Media

Tapes we are recovering from:

(Contact us if you do not see the tape in this list)

Tape Duplication

Our highly experienced professional team can encrypt tapes at Government Encryption Standards and duplicate a large quantity of tapes within a short duration of time. Our best practices give you optimum results increasing your return on investment and making your operations more cost effective.

Tape Conversion

With several years of proven expertise in data recovery management we offer speedy and accurate tape conversion services with minimum erroneous data loss. We can convert and produce the data in any desired format and media. The data is extracted, converted, cleaned, loaded and verified using state-of-the-art technologies providing you with a flexible and a cost optimized plan for any size of tape conversion project.

WeRecoverData.com® – Your Data Recovery Experts 

WeRecoverData.com® is a global leader in data recovery services. With state-of-the-art tools and the highest level of expertise, we excel at recovering data from any storage media, anywhere in the world. It’s why we proudly maintain the industry’s highest success rate for full recovery. 

Your Data’s Safe Hands in Washington, DC 

Located in the heart of Washington, DC, our laboratory specializes in non-destructive data recovery. Rest assured; we will return your storage device to you in the same condition it was received. 

WeRecoverData.com® – Your Data Recovery Experts 

WeRecoverData.com® is a global leader in data recovery services. With state-of-the-art tools and the highest level of expertise, we excel at recovering data from any storage media, anywhere in the world. It’s why we proudly maintain the industry’s highest success rate for full recovery. 

Your Data’s Safe Hands in Mexico City

Located in the heart of Mexico City, our laboratory specializes in non-destructive data recovery. Rest assured; we will return your storage device to you in the same condition it was received. 

WeRecoverData.com® – Your Data Recovery Experts 

WeRecoverData.com® is a global leader in data recovery services. With state-of-the-art tools and the highest level of expertise, we excel at recovering data from any storage media, anywhere in the world. It’s why we proudly maintain the industry’s highest success rate for full recovery. 

Your Data’s Safe Hands in North York Canada 

Located in the heart of North York Canada, our laboratory specializes in non-destructive data recovery. Rest assured; we will return your storage device to you in the same condition it was received. 

Databases are the backbone of any organization, storing and managing vital information for seamless business operations. They are essential components of various applications, such as e-commerce platforms, customer relationship management (CRM) systems, and content management systems (CMS). A well-maintained database ensures data integrity, security, and easy accessibility. However, databases can sometimes become compromised, leading to data loss or corruption. That’s where Database Data Recovery comes into play.

WeRecoverData is proud to offer expert data recovery services for Database Data Recovery. Our team of skilled technicians is equipped with the knowledge and tools necessary to restore and repair damaged, corrupted, or lost databases. We understand that data loss can have a significant impact on your business, and we are committed to providing timely and efficient solutions to minimize downtime and protect your essential information. With extensive experience in handling various database platforms such as SQL, Oracle, and MySQL, you can trust WeRecoverData to restore your valuable data with the utmost precision and care.

Our initial step is to carefully examine the storage device or file to pinpoint the issue and assess the damage extent. In many situations, media errors, such as hard drives or RAID failures, lead to database corruption. As a result, we highly recommend sending us the physical storage device containing the database for evaluation, if possible.

By addressing the problem at the hardware level, we can achieve superior recovery outcomes. However, we understand that sending physical drives may not always be feasible. In such cases, we can work directly on the affected file.

To send us the file, you can either quickly upload it using our 1 Gbps internet connection or mail it to us on a storage medium. If you prefer to upload the file, please submit a case and contact us to obtain FTP details.

Every job is distinct, with factors such as file version, size, and specific issues contributing to the variability. Our evaluation will inform customers of the recoverable data, expected recovery duration, and associated costs. The decision to proceed with the recovery process ultimately lies with the customer.

Upon successful recovery, we will present the results to the customer for verification. We can deliver the recovered data on any medium the customer requests, ensuring a smooth and efficient experience.

Recovering data from your USB Drive (or thumb drive) is a seamless process at We Recover Data. We Recover Data’s engineers are versatile, knowledgeable and well-experienced. USB devices are nowadays very common as they have the ability to store huge amount of data, in the safest manner possible. They are easy to carry and boast of fast data backup in respect to other storage devices. However, data loss and inaccessibility problems are on the rise, hence the need for USB data recovery services increased twofold.

USB Drive Data Recovery

A USB flash drive, also known as a pen drive, USB stick or USB memory, is basically a storage device with an integrated USB interface. USB drives are removable, rewritable and recoverable, as and when necessary. Since March 2016, flash drives’ memory storage capacity has increased from 8 GB to 256 GB, and in some cases to 512 GB AND 1 TB.

Three Types of USB Flash Drives:

• Regular TSOP-48 Flash Drives – This is one of the most primitive types of pen drive. With technical modifications and updates, these kinds of USB drives are going down on their charm and appeal.
• Monolithic Flash Drives – These type of flash drives don’t have any printed circuit board, as all their circuitry is well-integrated in the chip.
• BGA Flash Drives – Also known as Ball Grid Array USB drives, these flash drives don’t have any legs and is directly connected to the printed circuit board via balls of solder.

Lost Data Recovery Services

In case, you have lost any of your data, don’t panic. Your data is entirely recoverable and our experts guarantee their service. We Recover Data has encompassing knowledge and professional ability to retrieve all your vital data from any kind of data loss situations and from any device.

Crashed USB Flash Drives Symptoms:

• Drive shows capacity 0mb or incorrect data size
• You need to format drive
• Damaged circuit board
• Drive shows as raw in disk manager
• Drive not accessible
• Light does not power on
• Un-detectable by the computer
• Please insert disk into removable disk
• USB device not recognized or malfunctioned

The USB flash drive can stop working for a number of reasons and your right to access meaningful data can be jeopardized. Students and working professionals, mostly use these kinds of storage devices to store relevant data and information. Hence, when the devices stop working they are the ones who face maximum problem. Irrespective of the nature of failure, professionals at We Recover Data can easily recover your data from damaged USB devices. For more information on USB data recovery call us at our toll-free number.

We Recover Data is a leading data recovery service provider equipped with the most advanced set of technologies and state-of-the-art equipment, which assists in recovering data from any kind of storage device. SD card, also known as a Secure Digital Card, is nowadays used extensively by professionals, animators, and normal android users. Students also find it extremely useful to store their studies-related data in a safe and secure way. Along with the SD Card, the need for SD card recovery services is on the rise, as any kind of memory card is susceptible to damage.

Memory Configurations of an SD Card

Generally, the memory storing capacity in an SD card varies from device to device. However, generally, the maximum memory ranges between 32GB and 64 GB. Sometimes, the capacity can even be extended to 128GB, depending on the device.

There are mainly three kinds of SD card – Full SD, Micro SD and Mini SD. SDXC, SDHC, and SD are also some other variants of SD cards that are ruling the present internet market. Capacity range alongside disk format of these three kinds;

• • • SD: FAT 12 and FAT 16, up to 16 GB
    • SDHC: FAT 32, up to 32 GB
    • SDXC: exFAT, up to 2TB

When it comes to recovery of SD Card data, we are one of the most trusted data recovery company, headquartered in New York City, USA. Our experts, with their extensive knowledge and several years of experience, can easily recover data from all types of hard drives, storage devices, removable media, and flash memory chips.

Possible Causes of Data Loss

With time and innovation, the memory card is now more versatile and functional. With high performance, better security, and easy portability, memory cards from SanDisk, Kinston, and Samsung ensure their users improved productivity.

Some of the most common causes of data loss are:

• • • Damaged SD card
    • Intrusion of virus
    • Dust on the SD card’s surface
    • File system corruption
    • Wrong deletion
    • Wrong formatting
    • Incorrect operations

Once you lose your data, you should never try to recover files on your own, because you never know you can bring secondary damage to the device in concern.

A Leader in SD Card Recovery Services

As we specialize in data recovery services, you can count on us. Losing SD Card data is common. Photographers, who work all day long to get that perfect shot, can lose their pictures due to SD card failure. Or students who might have saved PDF files in their smartphones for that last-minute revision can be in great trouble due to sudden data loss.  With risk-free inspection and an extraordinary no-data recovery – no-charge guarantee, We Recover Data offers one of the best data recovery services in the US. Call us for 24/7 assistance.