I am just polishing up my encryption tool, but I noticed I am missing the salt, which is importnat in order to make the encryption more secure. I am using some built in cocoa methods, but they don\'t
I need t开发者_C百科o generate some random data to append to my file for encryption. How would I go about doing this? Would it be sort of the same idea as generating a string of random characters?
I\'m trying to implement AES in Java and this is the code I use: byte[] sessionKey = {00000000000000000000000000000000};
I understand that a good nonce is very important with most ciphers.I am using AES-GCM, and am using a 96-bit nonce with a 256-bit AES key.I have asked a few questions on here before about how to negot
I am just becoming familiar with encryption and the .NET framework. After looking at many examples I am seeing a repeated pattern that confuses when using the .NET Class Rfc2898DeriveBytes. When using
I have lots of small secrets that I want to store encrypted in a database. The database client will have the keys, and the database server will not deal with encryption and decryption. All of my secre
from what I know, CTR mode doesn\'t use an Initial Vector. It just takes a counter, encrypts it with a given key and then XOR\'s the result with the plaintext in order to get the ciphertext.
For a password storing plugin (written in C) for Rockbox I need to generate initialization vectors. The problem is that I don\'t have a good source of randomness. The Rockbox-supplied random() is not
I am trying to use an IV with AES so that the encrypted text is unpredictable. However, the encrypted hex string is always the same.
I\'m getting my head around encryption and how encoding affects generation of the keys and initialization vectors.
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