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You will find it helpful to read our articles on Windows security and password recovery examples. Video section includes a number of movies about our programs in action
A: Perhaps nobody would debate that Windows NT-based os's today are definitely the most popular worldwide. That makes them very vulnerable targets many different kinds of hackers, intruders and dishonest users. The spread from the global network only exacerbates the matter. To ensure the personalization of stored user or system data as well as protect it from unauthorized access by organizations, it had been proposed make use of the password protection technology. Currently, the main protection in Windows os is password protection. Access to private data in such a case is possible only once user knows the first password, that's normally a word or phrase. Here is what it's like in the important life: this course or system, with an attempt to access private data, prompts user for your text passwords. That password is checked against the main password, and, should the values match, the machine allows entry to the private data; otherwise, it denies access. The primary downside of password protection is that this course or system must store an original password somewhere, to be able to have something that compares the entered value with.
Q: How do os's store passwords?
A: But things are all not so bad; Windows NT was made in a way that it wouldnt store the main text value from the password. How is that? You may ask. - Very easy. There are special cryptographic password wrapper algorithms realistically work one way only. Thats why sometimes they may be referred to OWF - one-way functions. Roughly, you may get the hash from the password, but theres not any way to find the password coming from a hash. How does it be employed in Windows? When creating a forex account, user enters an original password, which, however, is just not stored as plain text; instead, it can be hashed by having an OWF function. The password hash returned through the function will likely be stored in the computer. Further on, when looking to log on, the machine will prompt user for that password; it hashes the password again and compares the generated hash with the main one that's stored in the machine. If the two values match, the passwords, naturally, match too. Thus, the initial text password is just not stored in the computer. Moreover, you will find new algorithms in existence that do not even store hash, and the variety of such algorithms goes on. An algorithm of which kind, for instance, can be used for encrypting passwords in Internet Explorer 7-8. You can learn more regarding it in our article.
A: For hashing user passwords, Windows NT uses two algorithms: LM, which we've got inherited from Lan Manager networks, which can be based on the simple DES encryption, and NT, dependant on the MD4 hashing function.
LM, as being the weaker and vulnerable one, isn't supported by default because of the latest Windows Vista and Windows 7; however, you may still enable it. It is important to realize that when the LM hashing choices on it's enabled automagically in Windows XP, all user passwords are viewed as quite vulnerable. Cracking the majority of those passwords usually takes just a few minutes.
The NT hash cost nothing from the disadvantages, common for the LM hash. Consequently, it really is much harder to select the right password into a known NT hash rather than to an LM hash. But the current trend of skyrocketing the computing power of contemporary computers, particularly when using GPU, possibly, is likely to make this standard too liable to potential attackers.
A: So, we have now found out that user passwords in Windows systems are changed to special values - hashes. LM and NT hashes both have a hard and fast size - 16 bytes - which enable it to be kept in two repositories: SAM - to the regular accounts and Active Directory - for domain accounts.
The regular accounts that have user name, password along with auxiliary information are held in the Windows NT registry; precisely, inside the SAM Security Account Manager file. That file can be found on the hard disk drive, inside the folder %windows%system32config. The %windows% stands for that path to your Windows folder. For example, С:WindowsSystem32ConfigSAM.
The system has priority use of the SAM file, so having access to the file is denied to anyone, even administrators, while the computer is loaded; nevertheless, Windows Password Recovery bypasses that restriction with no trouble. Besides that, of curiosity for a potential attacker include the backup from the file as well as the compressed archived copy of SAM inside the folder %windows%Repair.
Another means to access the SAM file is usually to launch a unique program coming from a boot disk then copy the file. Anyway you might need a physical having access to the computer with password hashes.
User passwords or, to become accurate, hashes are undoubtedly encrypted using the SYSKEY utility, which stores its service data from the SYSTEM registry file. Thus, to extract hashes from SAM, you'll also need the SYSTEM file, that is located inside same folder as SAM.
Domain accounts are saved in the Active Directory database. Usually, the Active Directory database is located within the file ; it can be the core of Active Directory. The way user hashes are encrypted listed here is a bit better than that is in SAM, nevertheless the recovery would also require SYSTEM file. Access for the database can be under the systems complete control; however, unlike SAM, the database is resistant against modifications from your outside.
Q: If all things are so easy, have you thought to Windows simply deny having access to SAM or Active Directory for many users?
A: Thats the way in which its done. By default, only it has having access to those files. However, these restrictions can be overridden. For example, Windows Password Recovery can import hashes from your current locked by the computer SAM and Active Directory files. Besides, the machine stores hashes within the computer memory to speed up having access to them, so dumping the computers memory can also be an option.
Q: I didnt quite comprehend it; what exactly do I have to copy through the computer to get better the passwords?
A: If thats an everyday computer, copy this registry files: SAM, SYSTEM the SECURITY and SOFTWARE files are desired. If thats a server, you will require the same files plus one.
Q: How long should it take to decide on the password if your LM hash can be acquired?
A: The greatest disadvantage with the LM algorithm is that it splits the password into halves of 7 characters long. If user enters a password that may be shorter than 14 characters, this system trails it with zeros to obtain a 14-character long string. If user password exceeds 14 characters, the LM hash appears the identical as to have an empty password. Each with the 7-character halves is encrypted independently; that considerably eases and boosts the password process of recovery. Another major disadvantage on the LM hash works with the fact that over the encryption each of the alphabetic characters from the password are changed to uppercase. In other words, the hashes for PASSWORD, password, Password or pAsswOrd are going to be completely identical. By building a brute force attack against each half, modern computers can guess the password for the alphanumeric LM hash within minutes or even seconds, with all the Rainbow attack. Lets perform bit of calculation. To recover your password strength for any alphanumeric combination, we should split the password into two 7-character long parts and after that search 36322.36780 603 140 212 combinations. Besides, each of the hashes will likely be searched simultaneously. The search speed in Windows Password Recovery with a computer Intel Core i7 has finished 100 million passwords per second. Lets round it downward to 100. 80 603 140 212100 000 000 806 seconds. That means, we have been guaranteed to get the first alphanumeric password after only a bit over ten mins using the brute force attack.
A: Sure. Lets review a functional password encryption program for your LM algorithm.
Q: How much time would it be required to guess the password if it is NT hash is understood?
A: With NT hashes its a tad more complicated. The NT hash don't even have the disadvantages which can be common to LM. Therefore, the probability with the recovery from the password completely will depend on its length and complexity, and drops being a snowball. Even despite the reality that the NT conversion algorithm is faster. Lets take a look at the next table that demonstrates the how search time depends upon password length and complexity. Assuming that the brute-force recovery speed is 10 bln passwords per second 1 top-level GPU in 2014.
Q: How much time could it be needed to guess NT password by its LM hash?
Q: Why cant I just remove or zero the hash, set a blank password?
A: Who said you couldnt? You can. For instance, employing this powerful utility. This way is simply fine for individuals who need to regain having access to their or someone elses - , when talking around the respective authorities account whatever it takes. Moreover, with all the above mentioned utility, it is possible to do the subsequent: can recall the hash, then reset the hash, sign on to the account through an empty password, do necessary manipulations by it, and after that restore the remembered hash back. But this isn't as simple as it seems like. Even if you've reset the password and gained usage of the account, you will always wont be in a position to recover the vast majority of other passwords. Why? - Because the user password participates from the creation with the users master key, that is used within the DPAPI and EFS encryption along with Windows subsystems. In other words, in case you reset the password, you do not be able to recoup any on the following data: EFS-encrypted files, Outlook account passwords, Internet Explorer 7-9 passwords, network connection passwords RAS, DSL, VPN etc., network passwords along with other computers, wireless network keys, MSN Messenger credentials, Google Talk Google Chrome passwords, Skype, etc.
Q: So, as a way to recover, by way of example, an Internet Explorer password, I would need to find the account password first, right?
A: Exactly. Or you ought to have a physical use of the already loaded and running user account.
A: Like any place else. For example, sometimes the account password can be trapped in the plain-text form within the secrets. Passwords to many people system accounts may also be recovered without difficulty.
Q: Is that exactly what the SECURITY registry file is requested when ever importing hashes through the local computer?
A: Yes. The Securitys main purpose is usually to be a storage with the so-called LSA Secrets. These secrets however, not they alone can store plain-text passwords. Artificial Intelligence attack implements a check-up for possible vulnerabilities in the machine and, because the consequence, chances to extract some passwords.
Q: Can I tuck a pre-existing hash instead with the password when logging on to the computer?
A: There are programs that that. Here is how they work. Before booting up the computer, they extract user password hashes from SAM. Then, when loading the account, they tuck the known hash instead on the password. However, the result of which manipulations is a similar as of merely resetting the password; you will not be in a position to recover the vast majority of other passwords.
Q: What can I do should the SAM file is hopelessly corrupt? Is there a solution to recover the first password in such a case?
A: Yes, there's. However, provided have access to the computer. You can, by way of example, recover the password with all the users master key. Passcape Software has opportinity for doing that. If the pc belongs with a domain, names and hashed passwords with the last ten users are cached rolling around in its local system registry, inside the SECURITYPolicySecrets section. You can reap the benefits of Reset Windows Password for dumping those hashes these are also known as MSCACHE then try to decrypt them using Network Password Recovery Wizard.
Q: I must regain usage of my account. Would you draw an image for dummies - whats the best strategy to do that, and the way do I make it happen?
A: Briefly, you'll find two strategies to regain use of an account:
Reset the password;, result in the password blank. There are special utilities for doing that; the strongest one is Reset Windows Password. Its operation principle is straightforward. Run a boot disk creation program that will create an Reset Windows Password boot CD/DVD or USB disk from it. Next, power for the computer with all the account you should regain entry to and edit the BIOS settings to enable your computer to boot from CD/DVD/USB. Some information technology has this option enabled automatically. Now boot up through the Reset Windows Password boot disk and continue with the wizards instructions to reset the password towards the account. However, resetting the password guarantees only entry to the account. If you also require to regain having access to EFS-encrypted files or recover other passwords, network ones, this approach wont do for you personally.
Recover the main password. By the way in which, that could be done by that same Reset Windows Password, running the intellectual attack. However, its capabilities are on a only weak and vulnerable passwords. For restoring an original password, it really is recommended to work with Windows Password Recovery. In this program, as soon as the hashes are imported, select and launch one on the proposed attacks. If the attack failed to succeed, you'll be able to alter the settings and run the attack over or change it with yet another one. Read on to learn how to choose the most effective attack for the hashes.
Q: Where can I find word-lists for dictionary attacks?
A: It isn't necessary to go looking it. You can download dictionaries from the inside the Windows Password Recovery. We have a huge list of dictionaries at our Web site.
Do not use dictionary words in a language, names, numbers, repetitive sequences of letters and numbers, abbreviations, keyboard combinations, information that is personal, etc. Such passwords is usually guessed very quickly and easy.
Increase password length. However, there's a reasonable limit for everything. Remember that length will not be the main thing: Finally, comprising a to much time password causes you to successfully forget it following a weekend party or vacation. Besides that, the average humans memory cannot hold over 5-7 passwords each time. Still, you will discover network password, Web password, etc. - that are to get remembered also.
Extend the set used within the password. For example, replace the а characters within the password with all the. Using national characters also strengthens up passwords radically. Use uncommon characters; for example,. Do not use hard-to-remember passwords that include things like a random list of characters - unless you are a genius.
Do not use precisely the same password for logging onto Windows, Web sites, services, etc.
If you could have trouble remembering all of your passwords, save them in the separate password-protected file inside a safe place. A good password protection is implemented, for instance, from the Rar archiver. Do not keep that file for the local computer.
Never enter your password on someone elses computer.
Its not recommended to write down your passwords on sticky notes and stick those about the monitor.
Think about additional protection. For example, should you enable the SYSKEY startup password option, it's likely that close to 100% that does not a single attacker will probably be able to break your passwords devoid of guessed an original SYSKEY password first.
All trademarks, logos, product names, pictures, videos, sound or other information related for the Web site or displayed herein are definitely the property of their respective holders. Passcape is often a trademark of Passcape Software.
You will find it helpful to read our articles on Windows security and password recovery examples. Video section includes a number of movies about our programs in action
A: Perhaps not a soul would reason that Windows NT-based os's today are definitely the most popular across the world. That makes them very vulnerable targets for a number of kinds of hackers, intruders and dishonest users. The spread on the global network only exacerbates the specific situation. To ensure the personalization of stored user or system data and protect it from unauthorized access by businesses, it turned out proposed to work with the password protection technology. Currently, the principal protection in Windows os's is password protection. Access to private data in such a case is possible not until user knows the main password, that's normally a word or phrase. Here is what it seems like in the genuine life: this program or system, by using an attempt to access private data, prompts user with the text passwords. That password is checked against an original password, and, if your values match, the device allows use of the private data; otherwise, it denies access. The primary downside of password protection is that this system or system must store the main password somewhere, to be able to have something to compare and contrast the entered value with.
Q: How do os's store passwords?
A: But things are not so bad; Windows NT was created in a way that it wouldnt store an original text value from the password. How is that? You may ask. - Very easy. There are special cryptographic password wrapper algorithms that work well one way only. Thats why sometimes these are referred to OWF - one-way functions. Roughly, you can obtain the hash coming from a password, but theres not any way to find the password from your hash. How does it are employed in Windows? When creating a free account, user enters an original password, which, however, will not be stored as plain text; instead, it's hashed having an OWF function. The password hash returned with the function will probably be stored in the computer. Further on, when trying to log on, the computer will prompt user for your password ; it hashes the password again then compares the generated hash with the first one that's stored in the machine. If the two values match, the passwords, naturally, match too. Thus, an original text password is just not stored in the computer. Moreover, you will discover new algorithms in existence that do not even store hash, and the amount of such algorithms is growing. An algorithm for these kind, for instance, can be used for encrypting passwords in Internet Explorer 7-8. You can learn more regarding it in our article.
A: For hashing user passwords, Windows NT uses two algorithms: LM, which we now have inherited from Lan Manager networks, that is based using a simple DES encryption, and NT, considering the MD4 hashing function.
LM, since the weaker and vulnerable one, is just not supported by default with the latest Windows Vista and Windows 7; however, it is possible to still enable it. It is important to realize that when the LM hashing options on it really is enabled automatically in Windows XP, all user passwords are thought quite vulnerable. Cracking the majority of those passwords typically takes just a few minutes.
The NT hash is free of charge from the disadvantages, common towards the LM hash. Consequently, it's much harder to pick out the right password to your known NT hash instead of an LM hash. But the current trend of growing the computing power of contemporary computers, particularly when using GPU, possibly, can make this standard too liable to potential attackers.
A: So, we have now found out that user passwords in Windows systems are changed into special values - hashes. LM and NT hashes both have a restricted size - 16 bytes - and may be saved in two repositories: SAM - to the regular accounts and Active Directory - for domain accounts.
The regular accounts that incorporate user name, password along with other auxiliary information are saved in the Windows NT registry; precisely, inside the SAM Security Account Manager file. That file is positioned on the hard drive, inside folder % windows %system32config. The % windows % stands with the path to your Windows folder. For example, С: Windows System32ConfigSAM.
The system has priority having access to the SAM file, so having access to the file is denied to anyone, even administrators, while the computer is loaded; nevertheless, Windows Password Recovery bypasses that restriction without difficulty. Besides that, appealing for a potential attacker is the backup on the file plus the compressed archived copy of SAM within the folder % windows %Repair.
Another means to access the SAM file is always to launch a particular program from your boot disk then copy the file. Anyway you will need a physical having access to the computer with password hashes.
User passwords or, for being accurate, hashes are undoubtedly encrypted while using SYSKEY utility, which stores its service data inside SYSTEM registry file. Thus, to extract hashes from SAM, you'd probably also need the SYSTEM file, that is located inside same folder as SAM.
Domain accounts are kept in the Active Directory database. Usually, the Active Directory database is located within the file ; it truly is the core of Active Directory. The way user hashes are encrypted listed here is a bit better than that is in SAM, nevertheless the recovery would also need the SYSTEM file. Access for the database is additionally under the systems complete control; however, unlike SAM, the database is proof against modifications on the outside.
Q: If things are all so easy, why don't you Windows simply deny usage of SAM or Active Directory for all those users?
A: Thats the best way its done. By default, only the computer has use of those files. However, these restrictions can be simply overridden. For example, Windows Password Recovery can import hashes from your current locked by it SAM and Active Directory files. Besides, the computer stores hashes within the computer memory to speed up use of them, so dumping the computers memory can be an option.
Q: I didnt quite realize it; so what can I should copy on the computer to get better the passwords?
A: If thats a normal computer, copy the next registry files: SAM, SYSTEM the SECURITY and SOFTWARE files are desired. If thats a server, you'll need the same files plus one.
Q: How long would it take to select the password if your LM hash can be obtained?
A: The greatest disadvantage on the LM algorithm is that it splits the password into halves of 7 characters long. If user enters a password which is shorter than 14 characters, this software trails it with zeros to have a 14-character long string. If user password exceeds 14 characters, the LM hash appears a similar as on an empty password. Each in the 7-character halves is encrypted independently; that considerably eases and quickens the password process of recovery. Another major disadvantage in the LM hash pertains to the fact that throughout the encryption each of the alphabetic characters with the password are changed to uppercase. In other words, the hashes for PASSWORD, password, Password or pAsswOrd will likely be completely identical. By managing a brute force attack against each half, modern computers can guess the password to have an alphanumeric LM hash within minutes or even seconds, aided by the Rainbow attack. Lets execute a bit of calculation. To recover passwords for any alphanumeric combination, we should split the password into two 7-character long parts then search 36322.36780 603 140 212 combinations. Besides, the many hashes will likely be searched simultaneously. The search speed in Windows Password Recovery using a computer Intel Core i7 has finished 100 million passwords per second. Lets round it downward to 100. 80 603 140 212100 000 000 806 seconds. That means, we're also guaranteed to get the first alphanumeric password in a matter of a bit over ten minutes using the brute force attack.
A: Sure. Lets review an effective password encryption program for that LM algorithm.
Q: How much time would it be required to guess the password whether NT hash may be known?
A: With NT hashes its a little more complicated. The NT hash won't have the disadvantages which might be common to LM. Therefore, the probability in the recovery with the password completely will depend on its length and complexity, and drops being a snowball. Even despite the reality that the NT conversion algorithm is faster. Lets take a look at the next table that demonstrates the how search time is determined by password length and complexity. Assuming that the brute-force recovery speed is 10 bln passwords per second 1 top-level GPU in 2014.
Q: How much time can it be needed to guess NT password by its LM hash?
Q: Why cant I just remove or zero the hash, set a blank password?
A: Who said you couldnt? You can. For instance, by using this powerful utility. This way is definitely fine for those that need to regain use of their or someone elses - , when talking concerning the respective authorities account whatever it takes. Moreover, while using above mentioned utility, you'll be able to do the subsequent: can recall the hash, then reset the hash, go browsing to the account through an empty password, do necessary manipulations along with it, then restore the remembered hash back. But it is not as simple as it appears to be. Even if you've reset the password and gained entry to the account, you will still wont be in a position to recover the vast majority of other passwords. Why? - Because the user password participates inside creation from the users master key, that's used within the DPAPI and EFS encryption along with other Windows subsystems. In other words, even though you reset the password, you won't be able to recoup any in the following data: EFS-encrypted files, Outlook account passwords, Internet Explorer 7-9 passwords, network connection passwords RAS, DSL, VPN etc., network passwords with computers, wireless network keys, MSN Messenger credentials, Google Talk Google Chrome passwords, Skype, etc.
Q: So, to be able to recover, by way of example, an Internet Explorer password, I would need to find the account password first, right?
A: Exactly. Or you ought to have a physical having access to the already loaded and running user account.
A: Like elsewhere. For example, sometimes the account password can be kept in the plain-text form inside secrets. Passwords to many people system accounts will also be recovered with no trouble.
Q: Is that exactly what the SECURITY registry file is requested when importing hashes through the local computer?
A: Yes. The Securitys main purpose is usually to be a storage with the so-called LSA Secrets. These secrets yet not they alone can store plain-text passwords. Artificial Intelligence attack implements a check-up for possible vulnerabilities in it and, because consequence, chances to get better some passwords.
Q: Can I tuck a preexisting hash instead from the password when logging on to the machine?
A: There are programs that that. Here is how they work. Before booting up the device, they extract user password hashes from SAM. Then, when loading the account, they tuck the known hash instead in the password. However, the result of which manipulations is precisely the same as of merely resetting the password ; you will not be capable of recover virtually all other passwords.
Q: What can I do in the event the SAM file is hopelessly corrupt? Is there a solution to recover the first password in such a case?
A: Yes, there is certainly. However, providing have access to the device. You can, as an example, recover the password while using the users master key. Passcape Software has path for doing that. If the pc belongs to your domain, what they are called and hashed passwords on the last ten users are cached rolling around in its local system registry, from the SECURITYPolicySecrets section. You can make the most of Reset Windows Password for dumping those hashes they may be also known as MSCACHE after which try to decrypt them using Network Password Recovery Wizard.
Q: I must regain having access to my account. Would you draw a graphic for dummies - whats the best method to do that, and ways in which do I accomplish that?
A: Briefly, you'll find two approaches to regain use of an account:
Reset the password ;, increase the risk for password blank. There are special utilities for doing that; the strongest one is Reset Windows Password. Its operation principle is not hard. Run a boot disk creation program that will create an Reset Windows Password boot CD/DVD or USB disk from it. Next, power for the computer using the account you ought to regain entry to and edit the BIOS settings to enable your computer to boot from CD/DVD/USB. Some grown to be this option enabled automagically. Now boot up in the Reset Windows Password boot disk and adhere to the wizards instructions to reset the password to your account. However, resetting the password guarantees only usage of the account. If you likewise require to regain having access to EFS-encrypted files or recover other passwords, network ones, this process wont do available for you.
Recover the main password. By the best way, that might be done by that same Reset Windows Password, running the intellectual attack. However, its capabilities are on a only weak and vulnerable passwords. For restoring the initial password, it's recommended to utilize Windows Password Recovery. In this program, when the hashes are imported, select and launch one from the proposed attacks. If the attack wouldn't succeed, you may alter the settings and run the attack over or change it out with yet another one. Read on to learn how to choose the most effective attack for ones hashes.
Q: Where can I find word-lists for dictionary attacks?
A: It just isn't necessary to find it. You can download dictionaries from the inside of the Windows Password Recovery. We have a huge group of dictionaries at our Web site.
Do not use dictionary words in almost any language, names, numbers, repetitive sequences of letters and numbers, abbreviations, keyboard combinations, sensitive information, etc. Such passwords may be guessed very fast and easy.
Increase password length. However, there is certainly a reasonable limit for everything. Remember that length is just not the main thing: Finally, creating a long password may cause you to successfully forget it from a weekend party or vacation. Besides that, a normal humans memory cannot hold over 5-7 passwords at the same time. Still, you'll find network password, Web password, etc. - that are being remembered also.
Extend the set used inside the password. For example, replace the а characters inside password using the. Using national characters also strengthens up passwords radically. Use uncommon characters; for example,. Do not use hard-to-remember passwords that include a random group of characters - unless you are a genius.
Do not use precisely the same password for logging through to Windows, Web sites, services, etc.
If you might have trouble remembering your passwords, save them in a very separate password - protected file within a safe place. A good password protection is implemented, by way of example, from the Rar archiver. Do not keep that file within the local computer.
Never enter your password on someone elses computer.
Its not economical for travel to write down your passwords on sticky notes and stick those around the monitor.
Think about additional protection. For example, should you enable the SYSKEY startup password option, itrrrs likely that close to 100% not a single attacker is going to be able to break your passwords not having guessed the main SYSKEY password first.
All trademarks, logos, product names, pictures, videos, sound or another information related towards the Web site or displayed herein include the property of their respective holders. Passcape is usually a trademark of Passcape Software.
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P2P group has released the latest version of Passcape Windows Password Recovery Advanced Edition.
Description: Welcome to Windows Password Recovery, a network security analyzer and Windows password recovery utility. Windows Password Recovery tool would be the only solution that implements essentially the most advanced, patented password recovery technologies coded in Passcape Software, like Artificial Intelligence or Pass-phrase attack.
Contemporary, easily customizable graphical user interface.
Imports hashes from 9 other programs.
Imports from SAM or ; even when the files are locked by the device, this program still reads them.
Imports hashes from remote computers.
Import hashes from system shadow copies, restore points, backup and repair folders.
Can backupsave local registry files and Active Directory database.
Imports password history hashes.
Recovers some account passwords instantly when importing locally.
Supports Active Directory domain accounts.
Supports importing from 64-bit systems.
Exports hashes on the PWDUMP file and lots of, a lot more
Feel liberated to post your Passcape Windows Password Recovery v10.1.0.918 Advanced Edition Multilingual-P2P torrent, subtitles, samples, free download, quality, NFO, rapidshare, depositfiles, , rapidgator, filefactory, netload, crack, serial, keygen, requirements or whatever-related comments here. Dont be rude permban, just use English, dont go offtopic and browse FAQ before asking a matter. Owners of this amazing site arent accountable for content of comments.
Passcape Windows Password Recovery v10.1.0.918 Advanced Edition Multilingual-P2P
P2P group has released the new version of Passcape Windows Password Recovery Advanced Edition.
Description: Welcome to Windows Password Recovery, a network security analyzer and Windows password recovery utility. Windows Password Recovery tool would be the only solution that implements essentially the most advanced, patented password recovery technologies coded in Passcape Software, for instance Artificial Intelligence or Pass-phrase attack.
Contemporary, easily customizable graphical user interface.
Imports hashes from 9 other programs.
Imports straight from SAM or ; even should the files are locked by the device, this course still reads them.
Imports hashes from remote computers.
Import hashes from system shadow copies, restore points, backup and repair folders.
Can backupsave local registry files and Active Directory database.
Imports password history hashes.
Recovers some account passwords instantly when importing locally.
Supports Active Directory domain accounts.
Supports importing from 64-bit systems.
Exports hashes to your PWDUMP file and plenty of, much more
Feel liberal to post your Passcape Windows Password Recovery v10.1.0.918 Advanced Edition Multilingual-P2P torrent, subtitles, samples, free download, quality, NFO, rapidshare, depositfiles, , rapidgator, filefactory, netload, crack, serial, keygen, requirements or whatever-related comments here. Dont be rude permban, don't use anything but English, dont go offtopic and study FAQ before asking something. Owners of this excellent website arent liable for content of comments.
Passcape Windows Password Recovery v10.1.0.918 Advanced Edition Multilingual-P2P
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Recover emails and restore DBX/EML files.
Recover lost or forgotten passwords for Microsoft Outlook Express accounts.
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Recover Outlook Express passwords.
Recover and examine Outlook PST/OST files.
Recover data from corrupted files.
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Recover password of Outlook Express e-mail accounts quickly.
Recover lost Outlook Express e-mails from raw drives, disks, or storage media.
Extract contacts from corrupt PST files and recover Outlook address book.
Recover password files.
Recover e-mail messages from corrupted or lost DBX files within a few clicks.
Recover Microsoft Outlook OST and PST passwords, opens lost accounts.
Data recovery software that recovers damaged dbx files.
Restore destroyed or damaged files of Microsoft Outlook and save them as PST files.
Repair Microsoft Outlook mailboxes, parse the origin OST and PST documents.
Recover deleted Outlook Express e-mail messages.
Recover lost/forgotten Outlook password.
Recover corrupt or deleted e-mails.
Recover lost e-mail, newsgroup, and identity passwords stored by Outlook Express.
Recover your emails, contacts, tasks, notes as well as other objects from damaged PST or OST files.
Recover your Outlook Express password.
Recover and repair deleted, lost and corrupted Microsoft Outlook databases.
Fix corrupted Microsoft Outlook files.
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Recover passwords to Microsoft Outlook e-mail accounts and PST files.
Password recovery tool for microsoft outlook express.
Restore e-mails and attaches from Outlook Express.
Recover your PST file passwords, mail account passwords, and logins.
Recover deleted e-mails, calendars, contacts, tasks and notes.
Recover lost passwords for e-mail accounts and Outlook Express.
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Recover your server name, login, and password in Outlook Express.
Repair DBX files and restore deleted Outlook Express messages.
Recover PST files after deletion or HDD formatting.
Recovers lost passwords.
Recover lost or forgotten passwords for Microsoft Outlook.
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Restore messages from damaged folders.
Scan Outlook Express mail folders and recover deleted e-mails.
Recover lost password for the Outlook personal folder instantly!.
Recover lost or forgotten Outlook Express password.
Recover lost Password for MS Outlook.
Recover all of your MS Outlook passwords in three different modes.
Restore your email following a hard drive failure or data corruption.
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Recover password and e-mail account information.
Recover lost password for Outlook protected personal storage files.
Recover lost or forgotten Outlook passwords.
Recover lost Outlook data from any drives or disks.
Fix corrupted Microsoft Outlook Express folders.
Recover passwords for Microsoft Outlook e-mail accounts and folder files.
Recover and save all Outlook Express passwords.
Restore e-mails and attaches from Outlook.
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Copyright Keygen OM, 2010-2015
Geeksnerds Outlook Express DBX Recovery Software v.1.1.0 keygen
Recover emails and restore DBX/EML files.
Outlook Express Accounts Password Recovery v.2.1.7.3 patch
Recover lost or forgotten passwords for Microsoft Outlook Express accounts.
Advanced Outlook Express DBX Recovery v.3.0 serials key
Recover deleted or corrupt e-mails from Outlook Express.
Outlook Express Password Recovery v.1.6 key code generator
Recover Outlook Express passwords.
DCI Outlook Recovery v.2.1 serials key
Recover and look at Outlook PST/OST files.
Disk Doctors Outlook Mail Recovery v.2.0.1 serial keys gen
Recover data from corrupted files.
Stellar Phoenix Outlook Password Recovery v.1.1 crack
Recover lost or forgotten pst password.
Kernel Outlook Express Password Recovery v.10.08.01 serial number maker
Recover password of Outlook Express e-mail accounts with ease.
Advanced Outlook Express Data Recovery v.1.0 keygen
Recover lost Outlook Express e-mails from raw drives, disks, or storage media.
Enstella Systems Outlook Contacts Recovery v.2.1 key code generator
Extract contacts from corrupt PST files and recover Outlook address book.
SysInfoTools MS Outlook Password Recovery v.3.01 serials key
Recover password files.
Email Recovery for Outlook Express v.3.3 keygen
Recover e-mail messages from corrupted or lost DBX files in the few clicks.
Recovery Toolbox for Outlook Password v.1.1.16.41 serial number
Recover Microsoft Outlook OST and PST passwords, opens lost accounts.
Power Email Recovery for Outlook Express v.1.1 serial number
Data recovery software that recovers damaged dbx files.
Outlook Recovery Toolbox v.2.0.11 serial keygen
Restore destroyed or damaged files of Microsoft Outlook and save them as PST files.
Recovery Toolbox for Outlook v.1.5.31.73 serial number
Repair Microsoft Outlook mailboxes, parse the cause OST and PST documents.
Sanmaxi Outlook Express Email Recovery v.5.0.1 keygen
Recover deleted Outlook Express e-mail messages.
Recover lost/forgotten Outlook password.
SysInfoTools Outlook Express Email Recovery v.2.0 serial number maker
Recover corrupt or deleted e-mails.
Outlook Express Password Recovery Master v.1.2.0.5 serial maker
Recover lost e-mail, newsgroup, and identity passwords stored by Outlook Express.
Outlook Recovery Wizard v.2.1.7 serial
Recover your messages, contacts, tasks, notes along with objects from damaged PST or OST files.
Recovery Toolbox for Outlook Express Password v.1.1.16.41 serial keygen
Recover your Outlook Express password.
SoftAmbulance Outlook Recovery v.3.41 keygen
Recover and repair deleted, lost and corrupted Microsoft Outlook databases.
Fix corrupted Microsoft Outlook files.
Advanced Outlook Password Recovery v.1.34 serial number maker
Recover lost passwords from MS Outlook.
Password Recovery Toolbox for Outlook v.1.1.16.39 serial keygen
Recover passwords to Microsoft Outlook e-mail accounts and PST files.
Lalim Outlook Express Password Recovery v.1.1.0 keymaker
Password recovery tool for microsoft outlook express.
Easy Outlook Express Recovery v.2.0 serial num
Restore e-mails and attaches from Outlook Express.
Password Recovery Engine for Outlook v.1.2.0.7 serial maker
Recover your PST file passwords, mail account passwords, and logins.
Amrev Outlook PST Recovery Repair v.2.0 keymaker
Recover deleted e-mails, calendars, contacts, tasks and notes.
Outlook Express Password Recovery v.1.0c key code generator
Recover lost passwords for e-mail accounts and Outlook Express.
Password Recovery Engine for Outlook Express v.1.3 keymaker
Recover your Outlook Express passwords.
Advanced Outlook Express Password Recovery v.1.20 key code generator
Recover your server name, login, and password in Outlook Express.
Recovery Toolbox for Outlook Express v.1.2.19 serial keys gen
Repair DBX files and restore deleted Outlook Express messages.
Recover PST files after deletion or HDD formatting.
Outlook Password Recovery v.2.0.3 serial key gen
Recovers lost passwords.
Intelore Outlook Password Recovery v.1.0k patch
Recover lost or forgotten passwords for Microsoft Outlook.
Outlook Password Recovery v.1 serial key gen
Restore lost or forgotten Outlook accounts.
Mail Recovery for Outlook Express v.2.3.1 keygen
Restore messages from damaged folders.
Advanced Outlook Express Recovery v.2.1 keygen
Scan Outlook Express mail folders and recover deleted e-mails.
PasswordNow Outlook Recovery Tool v.4.0.0.1 key generator
Recover lost password on an Outlook personal folder instantly!.
SysInfoTools Outlook Express Password Recovery v.3.01 serial maker
Recover lost or forgotten Outlook Express password.
Outlook Password Recovery v.1.0K serial key gen
Recover lost Password for MS Outlook.
Passcape Outlook Password Recovery v.2.7 key generator
Recover all of your MS Outlook passwords in three different modes.
DiskInternals Outlook Recovery v.2.6 serial maker
Restore your email after having a hard drive failure or data corruption.
Kernel Outlook Password Recovery v.10.08.01 key generator
Recover password of Outlook PST files effectively.
Outlook Express and Windows Mail Password Recovery v.2.3 crack
Recover password and e-mail account information.
Outlook Password Recovery v.6.0.0.5 serial key gen
Recover lost password for Outlook protected personal storage files.
Sanmaxi Outlook Express Password Recovery v.5.0.1 key generator
Recover lost or forgotten Outlook passwords.
Recover lost Outlook data from any drives or disks.
Fix corrupted Microsoft Outlook Express folders.
Recover passwords for Microsoft Outlook e-mail accounts and private folder files.
Passcape Outlook Express Password Recovery v.1.12 keygen
Recover and save all Outlook Express passwords.
Easy Outlook Recovery v.2.0 key generator
Restore e-mails and attaches from Outlook.
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Copyright Keygen OM, 2010-2015
Torrent Total: 9, 163, 246 Verified Torrents: 2, 327, 657 Torrents Today: 371
2011-2015 TorrentFunk. All Rights Reserved. 1 queries. 0.2568 sec to load.
Array 0 SELECT t.id, name, vote, comments, user, username FROM torrent AS t LEFT OUTER JOIN user AS u ON t.user u.id WHERE t.id IN 11249674, 11253007, 11253507, 5051759, 8722930, 12206501, 11319052, 12136092, 11312170, 11459825, 11318824, 12135998, 12136000, 12206458, 12135993, 12136089, 12136096, 12206495, 12136098, 12136095, 12136066, 11254750, 12206498, 11661995, 11253969, 8746148, 9068033, 12030450, 8048566, 11645474, 5568387, 12189493, 12200525, 10053644, 12189606, 10599758, 12183801, 10759935, 12135221, 10802293, 11157857, 12196800, 12148318, 12200054, 12112350, 12082153, 11709865, 11599522, 11757427, 11204013 AND status 10
Torrent Total: 9, 152, 357 Verified Torrents: 2, 327, 657 Torrents Today: 4, 702
2011-2015 TorrentFunk. All Rights Reserved. 1 queries. 0.2597 sec to load.
Array 0 SELECT t.id, name, vote, comments, user, username FROM torrent AS t LEFT OUTER JOIN user AS u ON t.user u.id WHERE t.id IN 11249674, 11253007, 11253507, 5051759, 8722930, 12206501, 11319052, 12136092, 11312170, 11459825, 11318824, 12135998, 12136000, 12206458, 12135993, 12136089, 12136096, 12206495, 12136098, 12136095, 12136066, 11254750, 12206498, 11661995, 11253969, 8746148, 9068033, 12030450, 8048566, 11645474, 5568387, 12189493, 12200525, 10053644, 12189606, 10599758, 12183801, 10759935, 12135221, 10802293, 11157857, 12196800, 12148318, 12200054, 12112350, 12082153, 11709865, 11599522, 11757427, 11204013 AND status 10
Torrent Total: 9, 163, 246 Verified Torrents: 2, 327, 657 Torrents Today: 371
2011-2015 TorrentFunk. All Rights Reserved. 1 queries. 0.2609 sec to load.
Array 0 SELECT t.id, name, vote, comments, user, username FROM torrent AS t LEFT OUTER JOIN user AS u ON t.user u.id WHERE t.id IN 11249674, 11253007, 11253507, 5051759, 8722930, 12206501, 11319052, 12136092, 11312170, 11240189, 12136091, 11459825, 11318824, 12136008, 12136100, 12135998, 12206496, 12136000, 12206458, 12135993, 11459963, 12206447, 12136074, 12136089, 12136096, 12136079, 12206495, 12206494, 12136072, 12136093, 12136098, 12136095, 12136101, 12136066, 12206475, 12136061, 11254750, 12206503, 12135994, 10006384, 12206498, 12136071, 11661995, 11253969, 8746148, 9068033, 12030450, 8048566, 11645474, 8503758 AND status 10
Torrent Total: 9, 147, 389 Verified Torrents: 2, 327, 657 Torrents Today: 4, 762
2011-2015 TorrentFunk. All Rights Reserved. 1 queries. 0.2713 sec to load.
Array 0 SELECT t.id, name, vote, comments, user, username FROM torrent AS t LEFT OUTER JOIN user AS u ON t.user u.id WHERE t.id IN 11249674, 11253007, 11253507, 5051759, 8722930, 12206501, 11319052, 12136092, 11312170, 11240189, 12136091, 11459825, 11318824, 12136008, 12136100, 12135998, 12206496, 12136000, 12206458, 12135993, 11459963, 12206447, 12136074, 12136089, 12136096, 12136079, 12206495, 12206494, 12136072, 12136093, 12136098, 12136095, 12136101, 12136066, 12206475, 12136061, 11254750, 12206503, 12135994, 10006384, 12206498, 12136071, 11661995, 11253969, 8746148, 9068033, 12030450, 8048566, 11645474, 8503758 AND status 10
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