Results for "Author: dave greenwood"

(This is not Home-Made Crap!)DS1 Encryption is ideally suited to Secure the Digital Transfer of Information on Public Networks such as the Internet. Very Secure, Optimised by David Midkiff. I challenge all cryptoanalysers to break the cipher when used with a Secure key. Feed back Very Welcome. The DS1 Coding Technique can output 1,078,203,909,375 different Encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the start of the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining),byte & bit level processing before being outputted as 1 of the 1,078,203,909,375 different possible byte outputs.

DS2 is a professionally developed symmetric stream cipher encryption algorithm. It supports undeterminably large variable-length keys using two sboxes and was specifically designed for the Visual Basic environment but due to its success the DS2 is being ported to all platforms/languages. Provided in an Easy to use Class Module. Many Thanks to David Midkiff for his contributions & support to the project.

DS2 is a professionally developed symmetric stream cipher encryption algorithm. It supports undeterminably large variable-length keys using two sboxes and was specifically designed for the Visual Basic environment but due to its success the DS2 is being ported to all platforms/languages. Provided in an Easy to use Class Module. Many Thanks to David Midkiff for his contributions & support to the project.

Sends an e-mail using MAPI

(This is not Home-Made Crap!)DS1 Encryption is ideally suited to Secure the Digital Transfer of Information on Public Networks such as the Internet. Very Secure, Optimised by David Midkiff. I challenge all cryptoanalysers to break the cipher when used with a Secure key. Feed back Very Welcome. The DS1 Coding Technique can output 1,078,203,909,375 different Encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the start of the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining),byte & bit level processing before being outputted as 1 of the 1,078,203,909,375 different possible byte outputs.

DS2 Encryption is ideally suited to secure the digital transfer of information on public networks such as the Internet. The DS2 salt technique can theoretically output 1,078,203,909,375 different encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. Along with slick clean math function this cipher is fast and secure. From analysis, certain forms of differential attacks may be successful on lesser round variants of this algorithm but nothing is certain. The key-size is variable length and is undeterminable from analysis. Meaning very large keys can be achieved! SALT TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining), byte & bit level processing before being spit out as 1 of the 1,078,203,909,375 different possible ciphertext results.

This article teaches you the basics of Windows API by giving you a walk through of Declaring API Functions from Start to Finish & uses real examples of useful code you can use in your Projects!

DS2 is a professionally developed symmetric stream cipher encryption algorithm. It supports undeterminably large variable-length keys using two sboxes and was specifically designed for the Visual Basic environment but due to its success the DS2 is being ported to all platforms/languages. Provided in an Easy to use Class Module. Many Thanks to David Midkiff for his contributions & support to the project.

Sends an e-mail using MAPI

(This is not Home-Made Crap!)DS1 Encryption is ideally suited to Secure the Digital Transfer of Information on Public Networks such as the Internet. Very Secure, Optimised by David Midkiff. I challenge all cryptoanalysers to break the cipher when used with a Secure key. Feed back Very Welcome. The DS1 Coding Technique can output 1,078,203,909,375 different Encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the start of the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining),byte & bit level processing before being outputted as 1 of the 1,078,203,909,375 different possible byte outputs.

DS2 Encryption is ideally suited to secure the digital transfer of information on public networks such as the Internet. The DS2 salt technique can theoretically output 1,078,203,909,375 different encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. Along with slick clean math function this cipher is fast and secure. From analysis, certain forms of differential attacks may be successful on lesser round variants of this algorithm but nothing is certain. The key-size is variable length and is undeterminable from analysis. Meaning very large keys can be achieved! SALT TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining), byte & bit level processing before being spit out as 1 of the 1,078,203,909,375 different possible ciphertext results.

This article teaches you the basics of Windows API by giving you a walk through of Declaring API Functions from Start to Finish & uses real examples of useful code you can use in your Projects!

Sends an e-mail using MAPI

(This is not Home-Made Crap!)DS1 Encryption is ideally suited to Secure the Digital Transfer of Information on Public Networks such as the Internet. Very Secure, Optimised by David Midkiff. I challenge all cryptoanalysers to break the cipher when used with a Secure key. Feed back Very Welcome. The DS1 Coding Technique can output 1,078,203,909,375 different Encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the start of the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining),byte & bit level processing before being outputted as 1 of the 1,078,203,909,375 different possible byte outputs.

DS2 Encryption is ideally suited to secure the digital transfer of information on public networks such as the Internet. The DS2 salt technique can theoretically output 1,078,203,909,375 different encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. Along with slick clean math function this cipher is fast and secure. From analysis, certain forms of differential attacks may be successful on lesser round variants of this algorithm but nothing is certain. The key-size is variable length and is undeterminable from analysis. Meaning very large keys can be achieved! SALT TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining), byte & bit level processing before being spit out as 1 of the 1,078,203,909,375 different possible ciphertext results.

This article teaches you the basics of Windows API by giving you a walk through of Declaring API Functions from Start to Finish & uses real examples of useful code you can use in your Projects!

DS2 is a professionally developed symmetric stream cipher encryption algorithm. It supports undeterminably large variable-length keys using two sboxes and was specifically designed for the Visual Basic environment but due to its success the DS2 is being ported to all platforms/languages. Provided in an Easy to use Class Module. Many Thanks to David Midkiff for his contributions & support to the project.

Sends an e-mail using MAPI

(This is not Home-Made Crap!)DS1 Encryption is ideally suited to Secure the Digital Transfer of Information on Public Networks such as the Internet. Very Secure, Optimised by David Midkiff. I challenge all cryptoanalysers to break the cipher when used with a Secure key. Feed back Very Welcome. The DS1 Coding Technique can output 1,078,203,909,375 different Encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the start of the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining),byte & bit level processing before being outputted as 1 of the 1,078,203,909,375 different possible byte outputs.

DS2 Encryption is ideally suited to secure the digital transfer of information on public networks such as the Internet. The DS2 salt technique can theoretically output 1,078,203,909,375 different encrypted byte streams from just one input stream. Therefore even if the same data is transmitted again it will not look the same. Along with slick clean math function this cipher is fast and secure. From analysis, certain forms of differential attacks may be successful on lesser round variants of this algorithm but nothing is certain. The key-size is variable length and is undeterminable from analysis. Meaning very large keys can be achieved! SALT TECHNIQUES USED: This is achieved by selecting 5 random bytes and adding them to the byte stream. The byte stream then undergoes CBC (Cipher Block Chaining), byte & bit level processing before being spit out as 1 of the 1,078,203,909,375 different possible ciphertext results.