• Added anti-keylogger virtual keyboard
• Added ability to manual check for new version
• Added ability to duplicate passcards or groups
• Added new passcard fileds icons
• Changed iconpack
• Changed installer script
• Fixed drawing of summary pane
• Minor bugfixes

We hope the new Password Keeper will allow our users to use it more effectively.

For downloading the latest version of Flyingbit Password Keeper please visit our download page.

• Fixed application crash when database saving in some cases

We hope the new Password Keeper will allow our users to use it more effectively.

For downloading the latest version of Flyingbit Password Keeper please visit our download page.

• Fixed db modification flag, after passcard item was edited
• Fixed disabled “Edit” menu item when database is selected into tree view
• Fixed closing from compact mode
• Added crash report module
• Added summary pane above items list
• Upgrade NSIS installer from 2.34 to 2.46

We hope the new Password Keeper will allow our users to use it more effectively.

For downloading the latest version of Flyingbit Password Keeper please visit our download page.

• Fixed field name reset to default when editing a custom passcard field
• Fixed installer script. Now before installing a new version, previous version is correctly uninstalled
• Fixed database corruption
• Fixed close instead of minimize when application is switched to compact mode
• Added file name of the database into database selection combobox at start-up
• Added export passcards to XML, HTML
• Added import passcards from XML, KeePass 1.x/2 XML
• Added support for passcards printing
• Added settings export from registry to .ini file when program is installed on removable media
• Added opacity slider to options dialog
• Added new option: “Monitor Pageant window”
• Added new predefined passcard item type: “Private key passphrase”
• Added comments for passcard fields
• Added autofill of Pageant and PSI passphrase windows by “Private key passphrase” item data
• Full portable version

We hope the new Password Keeper will allow our users to use it more effectively.

For downloading the latest version of Flyingbit Password Keeper please visit our download page.

• Added ability to auto-fill form by drag and drop an passcard to the first filing item
• Added ability to auto-fill single form item by drag and drop an passcard field
• Added ability to rearange items in the field list
• Added automatic selection of the type of passcard field when adding new field
• Added new option “Always on top”
• Added new option “Minimize on ESC”
• Added new option “Fill items through the clipboard”
• Added “Compact Mode” feature
• Fixed problem with main window when double click to tray icon
• Fixed bug with saving database to the hidden file
• Fixed bug with saving the auto-fill passcard flag

We hope the new Password Keeper will allow our users to use it more effectively.

For downloading the latest version of Flyingbit Password Keeper please visit our download page.

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The problem of these simple checksum calculation algorithms is that it is possible to find several data blocks that will have the same checksum. That is why cryptographically strong checksums are obtained by applying the so-called hash functions to the input data.

There is a hypothesis about the existence of one-way functions. Having the results of such a function, theoretically or at least by means of calculations it is impossible to compute its input arguments (that is, you cannot restore the input data from the result of the function). So far it is not proved that such functions actually exist. That is why all hash functions used at the moment are referred to as possible one-way functions despite their perfect properties. The main properties of a cryptographically strong hash function are its diffusion, irreversibility and collision resistance. Irreversibility was mentioned above. The collision of a hash function is a situation when the result of a hash function is the same for two different input data blocks. Since the result has a fixed length and there are no restrictions concerning input data, this situation is quite possible. Diffusion means that minimum changes in the input data cause maximum changes in the result of a hash function.

Currently, the main algorithms for calculating hash functions are MD4, MD5, SHA1, SHA2, RIPEMD and others. The result length of hash functions varies. 32 bytes are considered the standard length. One of the most popular algorithms is MD5. This algorithm is used in a lot of software and operating systems. According to the results of many cryptanalytic studies, MD5 will soon be abandoned because the collision resistance of this algorithm is close to the critical point.

• Added new option “Check for new version on start”
• Fixed problem with virtualization on Windows Vista
• Fixed installer script

We hope the new Password Keeper will allow our users to use it more effectively.

For downloading the latest version of Flyingbit Password Keeper please visit our download page.

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Twofish is perfectly implemented on 8, 32 and 64-bit architectures, which is its main advantage together with an amazing cryptographic strength. The cryptanalysis of Twofish showed that the algorithm has a much larger strength margin as compared to the rest of finalists in the AES contest. However, the complicated structure of the algorithm and its complicated analysis for weak keys and hidden relations together with being slower on most platforms than Rijndael did not let it win. As of 2008, the best cryptanalysis of Twofish is the one published by Shiho Moriai and Yiqun Lisa Yin in Japan in 2000. However, it was only theoretical research and no actual attack took place. The author of Twofish, Bruce Schneier, claims that it would be impossible to carry out such an attack in real life.

Complete Twofish-related information is available on the Twofish home page http://www.schneier.com/twofish.html.