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Add sample unbreakable passwords
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@ -199,6 +199,37 @@ Here are some sample outputs:
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If your threat model is a bit smaller, simulate putting a smaller object into the MOAC's furnace. For example, the Earth has a mass of 5.972×10²⁴ kg; this gives the MOAC a one-in-ten-trillion chance of cracking a password with 256 entropy bits and a 100% chance of cracking a 213-bit password.
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## Sample unbreakable passwords
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According to KeePassXC's password generator, each of the following passwords has en
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entropy between 330 and 340 bits.
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Using the extended-ASCII character set:
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```
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¦=¦FVõ)Çb^ÄwΡ=,°m°B9®;>3[°r:t®Ú"$3CG¨/Bq-y\;
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```
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Using the characters on a standard US QWERTY layout:
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```
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%nUzL2XR&Tz5hJfp2tiYBoBBX^vWo3`g6H#JSC#N6gWm#hVdD~ziD$YHW
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```
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Using only alphanumeric characters:
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```
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tp8D69CGWE5t5a9si5XNsw32CKyCafh8qGrKWLwE6KJHpGyUtcJDWpgRz5mFNx
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```
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An excerpt from a religious text with a trailing space:
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```
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I'd just like to interject for a moment. What you’re referring to as Linux, is in fact, GNU/Linux,
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```
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Don't use actual excerpts from pre-existing works as your password.
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## Conclusion/TLDR
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Question: How much entropy should a password have to ensure it will never be vulnerable to a brute-force attack? Can the most theoretically powerful computer--the MOAC--crack your password?
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@ -253,9 +253,33 @@ Here are some sample outputs:
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- P(326.6) ≈ 1.1×10<sup>-6</sup> (about one in a million)
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If your threat model is a bit smaller, simulate putting a smaller object into the
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MOAC's furnace. For example, the Earth has a mass of 5.972×10<sup>24</sup> kg; this
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gives the MOAC a one-in-ten-trillion chance of cracking a password with 256 entropy
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bits and a 100% chance of cracking a 213-bit password.
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MOAC's furnace. For example, the Earth has a mass of 5.972×10²⁴ kg; this gives the
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MOAC a one-in-ten-trillion chance of cracking a password with 256 entropy bits and a
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100% chance of cracking a 213-bit password.
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Sample unbreakable passwords
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----------------------------
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According to KeePassXC's password generator, each of the following passwords has en
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entropy between 330 and 340 bits.
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Using the extended-ASCII character set:
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¦=¦FVõ)Çb^ÄwΡ=,°m°B9®;>3[°r:t®Ú"$3CG¨/Bq-y\;
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Using the characters on a standard US QWERTY layout:
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%nUzL2XR&Tz5hJfp2tiYBoBBX^vWo3`g6H#JSC#N6gWm#hVdD~ziD$YHW
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Using only alphanumeric characters:
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tp8D69CGWE5t5a9si5XNsw32CKyCafh8qGrKWLwE6KJHpGyUtcJDWpgRz5mFNx
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An excerpt from a religious text with a trailing space:
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I'd just like to interject for a moment. What you’re referring to as Linux, is in fact, GNU/Linux,
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Don't use actual excerpts from pre-existing works as your password.
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Conclusion/TLDR
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---------------
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