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#hashalgorithms — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #hashalgorithms, aggregated by home.social.

  1. CW: Techie question

    OK, I am aware that creating hashes with MD5 is not considered secure in the presence of Bad Guys, but if you're using it in a safe environment just to see if files have changed since you last looked, is it perfectly good enough? Or should I still be using SHA2?

    #HashAlgorithms #Techie #Cryptography #MD5 #SHA2 #SHA256

  2. CW: Techie question

    OK, I am aware that creating hashes with MD5 is not considered secure in the presence of Bad Guys, but if you're using it in a safe environment just to see if files have changed since you last looked, is it perfectly good enough? Or should I still be using SHA2?

    #HashAlgorithms #Techie #Cryptography #MD5 #SHA2 #SHA256

  3. CW: Techie question

    OK, I am aware that creating hashes with MD5 is not considered secure in the presence of Bad Guys, but if you're using it in a safe environment just to see if files have changed since you last looked, is it perfectly good enough? Or should I still be using SHA2?

    #HashAlgorithms #Techie #Cryptography #MD5 #SHA2 #SHA256

  4. CW: Techie question

    OK, I am aware that creating hashes with MD5 is not considered secure in the presence of Bad Guys, but if you're using it in a safe environment just to see if files have changed since you last looked, is it perfectly good enough? Or should I still be using SHA2?

  5. CW: Techie question

    OK, I am aware that creating hashes with MD5 is not considered secure in the presence of Bad Guys, but if you're using it in a safe environment just to see if files have changed since you last looked, is it perfectly good enough? Or should I still be using SHA2?

    #HashAlgorithms #Techie #Cryptography #MD5 #SHA2 #SHA256

  6. In case you didn't get the memo: it's time to stop using SHA1.

    "The new collision gives attackers more options and flexibility than were available with the previous technique. [...] [G]enerally, it produces the same hash for two or more attacker-chosen inputs by appending data to each of them. The attack unveiled on Tuesday also costs as little as $45,000 to carry out."

    #Security #Privacy #Authentication #SHA1 #HashAlgorithms

    arstechnica.com/information-te