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Giveaway: Doyourdata File Eraser V2.0 For Mac

18.01.2020 
  1. Giveaway Doyourdata File Eraser V2.0 For Mac

Is the NO.1 data erasure software that can permanently erase or wipe data from hard drive or storage device like USB drive, SD card, Memory card, external hard disk etc. If you want to completely & permanently erase unwanted files or sensitive data on your hard drive or storage device, Super Eraser is your best choice. Super Eraser will erase the files, folders as you want. After erasure, your data will be lost forever. So please think carefully before you decide to erase a file.

The erased data can’t be recovered by any data recovery software or any data recovery service method. When you want to erase some files or folders, you don’t need to wipe the whole data.

Just select the files or folders you want to erase. Super Eraser will help you permanently erase those selected files or folders. Three Data Wipe Mode: 1.

For

Permanently erase selected files or folders on your hard drive or storage media. Completely wipe entire hard drive partition or storage device. Securely wipe unused disk space to permanently erase deleted files or traces on the hard disk drive. Before you sell your old computer, withdraw from a public PC, you’d better permanently erase the data that contains your private or business information to keep yourself from leakage of personal data. Super Eraser can help you do this job. It will permanently wipe data from hard drive or storage media. You are allowed to use this product only within the laws of your country/region.

Giveaway Doyourdata File Eraser V2.0 For Mac

SharewareOnSale and its staff are not responsible for any illegal activity. We did not develop this product; if you have an issue with this product, contact the developer. This product is offered 'as is' without express or implied or any other type of warranty.

The description of this product on this page is not a recommendation, endorsement, or review; it is a marketing description, written by the developer. The quality and performance of this product is without guarantee. Download or use at your own risk. If you don't feel comfortable with this product, then don't download it. You May Like.

#3 Still up to its old tricks: today's developer continues to publish 'reviews' on its website of competitor products with download buttons that seem to be for the software under review but are, in truth, downloads of its own - including this one: GOTD regular TK flagged this up some time back on this comment thread; his / her observation about never trusting a software supplier so unethical that it tries to profit off the back of someone else's product is as relevant now as it was then. Thanks, GOTD, but no thanks: this Chinese developer needs to start being a darn sight more honest before I'd trust any of its software with a place on my computer. Still up to its old tricks: today's developer continues to publish 'reviews' on its website of competitor products with download buttons that seem to be for the software under review but are, in truth, downloads of its own - including this one: GOTD regular TK flagged this up some time back on this comment thread; his / her observation about never trusting a software supplier so unethical that it tries to profit off the back of someone else's product is as relevant now as it was then.

Thanks, GOTD, but no thanks: this Chinese developer needs to start being a darn sight more honest before I'd trust any of its software with a place on my computer. #2 A question for the developer - this and other similar products claim they can permanently erase individual file(s) from SSDs and USB memory sticks.

These devices use 'wear leveling' algorithms which map logical sectors to lesser used physical sectors to protect the same areas in NAND memory and this mapping is invisible to software. So he first time I store 'password.dat' to the SSD it might appear to the operating system as sectors 100-109 (which could be mapped to physical sectors 200-209 arbitrarily.) Now when I run your software I assume it says 'a-ha, I'll write some random pattern to sectors 100-109 which the SSD could now map to sectors 210-219.) My original data is still sitting in the memory chips where they were first written. Granted it would be difficult but not impossible for other software to recover my password.dat file (one solution would be to allocate all free sectors in the file allocation table to a 'new' file without actually writing data to the sector and you could paw through all the freespace on the drive.) Of course I could delete 'password.dat' then run your program to wipe all freespace which should actually destroy the data but it could be quite slow just to eradicate a tiny file. Sorry for the nerdy question but if you could explain how you wipe an individual file without writing to all the unused space on a SSD it would be very much appreciated.

Just like to get a clear understanding as some of us are security retentive. A question for the developer - this and other similar products claim they can permanently erase individual file(s) from SSDs and USB memory sticks.

These devices use 'wear leveling' algorithms which map logical sectors to lesser used physical sectors to protect the same areas in NAND memory and this mapping is invisible to software. So he first time I store 'password.dat' to the SSD it might appear to the operating system as sectors 100-109 (which could be mapped to physical sectors 200-209 arbitrarily.) Now when I run your software I assume it says 'a-ha, I'll write some random pattern to sectors 100-109 which the SSD could now map to sectors 210-219.) My original data is still sitting in the memory chips where they were first written. Granted it would be difficult but not impossible for other software to recover my password.dat file (one solution would be to allocate all free sectors in the file allocation table to a 'new' file without actually writing data to the sector and you could paw through all the freespace on the drive.) Of course I could delete 'password.dat' then run your program to wipe all freespace which should actually destroy the data but it could be quite slow just to eradicate a tiny file. Sorry for the nerdy question but if you could explain how you wipe an individual file without writing to all the unused space on a SSD it would be very much appreciated.

Just like to get a clear understanding as some of us are security retentive. Zarf, technically with modern TRIM aware SSD drives connected by a TRIM command compatible interface (NOT USB to SATA bridged drive enclosure) and running under a TRIM compatible operating system that deallocates logical sectors in realtime flagging them for erasure and that any subsiquent reads from that logical sector should return a zerod sector. Then simply deleting the file itself.should. cause those flash cells to become unreadable as they are erased either imediatly or in pretty short order. Also if you had written to that file after its original creation then the logical sectors data is read out to a cache, that selection of flash cells flagged as ready for erasure at next garbage collection event and the new data merged as necesary with the cached data and then written to a previously erased set of flash memory cells in the write leveling list and mapped into the original file.

So in theory those data snippets shunted around the flash memory cells will be erased in the background so there is no practical need to erase properly implemented TRIM + wear leveling and garbage collection. At worst forcing a garbage collection after a TRIM is all that is necesary to ensure a clean up all deleted and TRIM'd files. Zarf, technically with modern TRIM aware SSD drives connected by a TRIM command compatible interface (NOT USB to SATA bridged drive enclosure) and running under a TRIM compatible operating system that deallocates logical sectors in realtime flagging them for erasure and that any subsiquent reads from that logical sector should return a zerod sector. Then simply deleting the file itself.should. cause those flash cells to become unreadable as they are erased either imediatly or in pretty short order.

Also if you had written to that file after its original creation then the logical sectors data is read out to a cache, that selection of flash cells flagged as ready for erasure at next garbage collection event and the new data merged as necesary with the cached data and then written to a previously erased set of flash memory cells in the write leveling list and mapped into the original file. So in theory those data snippets shunted around the flash memory cells will be erased in the background so there is no practical need to erase properly implemented TRIM + wear leveling and garbage collection.

At worst forcing a garbage collection after a TRIM is all that is necesary to ensure a clean up all deleted and TRIM'd files. TK, I agree that TRIM can eradicate your data but I don't believe it can be counted on 100% of the time. I apologize I'm only familiar with Sandforce/DuraWrite TRIM, but have seen different SSD manufacturers implement it with foreground garbage collection instead of background which could leave your old data flagged for reflashing around for a very long time - especially on a somewhat empty drive.

Like you said, TRIM is not passed along on most USB connected SSDs. It is also not used on most older RAID configurations. This product has one function, to permanently erase data and publisher's product page states that there is 'No Chance of Data Recovery' and I'd just like to know in broad terms how they can accomplish it. TK, I agree that TRIM can eradicate your data but I don't believe it can be counted on 100% of the time.

I apologize I'm only familiar with Sandforce/DuraWrite TRIM, but have seen different SSD manufacturers implement it with foreground garbage collection instead of background which could leave your old data flagged for reflashing around for a very long time - especially on a somewhat empty drive. Like you said, TRIM is not passed along on most USB connected SSDs. It is also not used on most older RAID configurations. This product has one function, to permanently erase data and publisher's product page states that there is 'No Chance of Data Recovery' and I'd just like to know in broad terms how they can accomplish it. Zarf, quite right regarding TRIM. It cannot be counted on blindly, one should test it for any given SSD firmware, and learn the garbage collection protocol used by any given SSD manuafacturer and drive.

Giveaway: doyourdata file eraser v2.0 for mac mac

The problem of hardware raid controllers is the TRIM command is not RAID aware and RAID controllers do not expose the individual component drives logical block Access number to the operating system so if the OS dried to de-allocate / TRIM a hardware raided array the RAID controller would have to re-map the systems TRIM request to the specific drives that relates to and not many if any controller makers have built in that functionality probably because there is no existing standard to do it across the many RAID configurations and Drive types that can make them. Techncally it could be done using the SCSI hardware/firmware model as that has a de-allocate command built into the command set but everything on the OS side has to support it as well. As could the USB to SATA bridge that emulates a USB SCSI device it could theoretically re-map SCSI de-allocate to SATA TRIM commands as both are moderatly well defined but requires smarter bridging chipsets than are currently used. In broad or specific terms we have never had a direct response from this vendor in comments here to any technical queries or challenges to this vendors claims or dubious activities see MikeR's comment today. Technically IF the garbage collection mechanisim is reliable and known when it operates, i.e.

At device boot up or can be triggered by a manufacturer specific ATA-API command then simply overwriting the data to be erased with one pass of zeros will move the previous datas flash memory cells into the garbage pool of cells which will get ereased formally by the firmware during the next garbage collection cycle. Just need to ensure that cycle runs and completes and the data is gone perminantly even from NCIS geeks. So the secret is know your SSD well and you can be assured of your data's security especially if you use hardware encryption too. Zarf, quite right regarding TRIM. It cannot be counted on blindly, one should test it for any given SSD firmware, and learn the garbage collection protocol used by any given SSD manuafacturer and drive. The problem of hardware raid controllers is the TRIM command is not RAID aware and RAID controllers do not expose the individual component drives logical block Access number to the operating system so if the OS dried to de-allocate / TRIM a hardware raided array the RAID controller would have to re-map the systems TRIM request to the specific drives that relates to and not many if any controller makers have built in that functionality probably because there is no existing standard to do it across the many RAID configurations and Drive types that can make them.

Techncally it could be done using the SCSI hardware/firmware model as that has a de-allocate command built into the command set but everything on the OS side has to support it as well. As could the USB to SATA bridge that emulates a USB SCSI device it could theoretically re-map SCSI de-allocate to SATA TRIM commands as both are moderatly well defined but requires smarter bridging chipsets than are currently used. In broad or specific terms we have never had a direct response from this vendor in comments here to any technical queries or challenges to this vendors claims or dubious activities see MikeR's comment today. Technically IF the garbage collection mechanisim is reliable and known when it operates, i.e. At device boot up or can be triggered by a manufacturer specific ATA-API command then simply overwriting the data to be erased with one pass of zeros will move the previous datas flash memory cells into the garbage pool of cells which will get ereased formally by the firmware during the next garbage collection cycle. Just need to ensure that cycle runs and completes and the data is gone perminantly even from NCIS geeks. So the secret is know your SSD well and you can be assured of your data's security especially if you use hardware encryption too.

#1 For $9.99, you'd expect more - the homepage shows this version is lacking a privacy cleaner (internet cache, cookies), and lacks free space erasure and entire hard drive. Plenty of free cleaners out there that do everything this does and more. The ever popular free CCleaner can erase free space/whole drive, and of course clean up internet traces. Can also add files or folders to remove, as well as many other useful tools. Then there's the free Eraser which has been going for years: Can grab IObit's file shredder as part of the free Advanced System Care: Could go on listing, but everyone will have their favourite utilities.

Even as a free giveaway, this seems limited compared to just the free tools already out there, so I'll give it a miss today. For $9.99, you'd expect more - the homepage shows this version is lacking a privacy cleaner (internet cache, cookies), and lacks free space erasure and entire hard drive. Plenty of free cleaners out there that do everything this does and more. The ever popular free CCleaner can erase free space/whole drive, and of course clean up internet traces. Can also add files or folders to remove, as well as many other useful tools. Then there's the free Eraser which has been going for years: Can grab IObit's file shredder as part of the free Advanced System Care: Could go on listing, but everyone will have their favourite utilities. Even as a free giveaway, this seems limited compared to just the free tools already out there, so I'll give it a miss today.

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