Decrypt password with salt online

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Later I want to write a notification mail to all users with powershell. Problem: SHA256 is not suitable for hash passwords because it is too fast. Core Encryption Code using System. I need to store my user's credit card hash fingerprint for future recognition, so as to always show their orders easily without going through my payment provider's card lookup. These tables are called rainbow tables. But I would think that would require more than 160 bits of randomness to be initialized e. The script works great as long as I'm looking for the user to enter a specified word into the password prompt. In the problem described, the we assume the hacker has stolen the database and can see the values of both S and Y for every user contained in the database. Problem: A salt of three characters with only letters is almost unprotected.

I've been ask to do a task in a project that involves encryption on a windows 8. The user then provides a password and with that and the salt i should create a PKCS5 Key with 40 iterations and the key should have 32bytes length. Hopefully this will give you an idea of how to switch it over to PKCS5, but everything else I'm pretty sure is the same. It's a little lengthy, but let me know if this applies to your situation. I'm curious how much different it would be for PKCS5 instead of AES256. Core Encryption Code using System. Write bytesToBeEncrypted, 0, bytesToBeEncrypted. Write bytesToBeDecrypted, 0, bytesToBeDecrypted. ToArray ; } } return decryptedBytes; } Getting Randomized Encryption Result with Salt If we encrypt the same context i. What if we want the results different from each time it is encrypted? What I do is appending a random salt bytes in front of the original bytes before encryption, and remove it after decryption. Also I didn't copy the entire article, just the parts relevant to his question. When i've posted without quoting the parts of the article that are relevant, i'm told to quote it in case something happens to it later. You say you have done this. Step 2: Pass the supplied password and the salt from step 1 as inputs to the PKCS5 key generation method, using 40 iterations. There should be a PKCS5 class in your crypto library. The output from this step will be a key. Step 3: Use the key from step 2 and the IV from step 1 to decrypt the cyphertext from step 1. Use the specified decryption algorithm, probably AES, in the specified mode. Since an IV is supplied then it is likely that CBC mode is intended, so you will probably need to use the AES-CBC mode from your cypher library. Check the problem specification to confirm both algorithm and cypher mode -- I am only guessing here. If you have a problem with any of these steps, ask here again, showing your code and explaining the errors you are getting.

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