DiceLock Security Blog

Once the change performed as explained in post Modified bit level of CryptoRandomStream namespace to match needs of DiceChecker and HashDigester products has been made and frequency test has been verfied, new verfications of HC 256 stream cipher (eSTREAM candidate) in order to generate randomized encrypted sequences are made.

Although execution Time Analysis of Discrete Fourier Transform random number test shows that it will be difficultly used in DiceLock we have checked it with the encrypted text sequences produced by encryption algorithms.

Continuing with Discrete Fourier Transform random number test at a 99,9% conffidence level executed with DiscreteFourierTransformTest class implemented in DiceChecker product we can see that HC 256 stream cipher (eStream candidate) generates random encrypted sequences with a great confidence …

Click here if you want to read more on … HC 256 stream cipher (eSTREAM candidate) generates randomized encrypted text checked with discrete fourier transform random number test at 99,9 per cent confidence

Once the change performed as explained in post Modified bit level of CryptoRandomStream namespace to match needs of DiceChecker and HashDigester products has been made and frequency test has been verfied, new verfications of HC 128 stream cipher (eSTREAM candidate) in order to generate randomized encrypted sequences are made.

Although execution Time Analysis of Discrete Fourier Transform random number test shows that it will be difficultly used in DiceLock we have checked it with the encrypted text sequences produced by encryption algorithms.

Continuing with Discrete Fourier Transform random number test at a 99,9% conffidence level executed with DiscreteFourierTransformTest class implemented in DiceChecker product we can see that HC 128 stream cipher (eStream candidate) generates random encrypted sequences with a great confidence …

Click here if you want to read more on … HC 128 stream cipher (eSTREAM candidate) generates randomized encrypted text checked with discrete fourier transform random number test at 99,9 per cent confidence

Once the change performed as explained in post Modified bit level of CryptoRandomStream namespace to match needs of DiceChecker and HashDigester products has been made and frequency test has been verfied, new verfications of AES 256 (Advanced Encryption Standard) with OFB mode in order to generate randomized encrypted sequences are made.

Although execution Time Analysis of Discrete Fourier Transform random number test shows that it will be difficultly used in DiceLock we have checked it with the encrypted text sequences produced by encryption algorithms.

Continuing with Discrete Fourier Transform random number test at a 99,9% conffidence level executed with DiscreteFourierTransformTest class implemented in DiceChecker product we can see that AES 256 (Advanced Encryption Standard) with OFB mode generates random encrypted sequences with a great confidence …

Click here if you want to read more on … AES 256 (Advanced Encryption Standard) in OFB mode generates randomized encrypted text checked with discrete fourier transform random number test at 99,9 per cent confidence

Once the change performed as explained in post Modified bit level of CryptoRandomStream namespace to match needs of DiceChecker and HashDigester products has been made and frequency test has been verfied, new verfications of AES 192 (Advanced Encryption Standard) with OFB mode in order to generate randomized encrypted sequences are made.

Although execution Time Analysis of Discrete Fourier Transform random number test shows that it will be difficultly used in DiceLock we have checked it with the encrypted text sequences produced by encryption algorithms.

Continuing with Discrete Fourier Transform random number test at a 99,9% conffidence level executed with DiscreteFourierTransformTest class implemented in DiceChecker product we can see that AES 192 (Advanced Encryption Standard) with OFB mode generates random encrypted sequences with a great confidence …

Click here if you want to read more on … AES 192 (Advanced Encryption Standard) in OFB mode generates randomized encrypted text checked with discrete fourier transform random number test at 99,9 per cent confidence