Ken Thompson's Unix Password
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Ken Thompson's Unix Password
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Re: Ken Thompson's Unix Password
#2Why would he not? I'm obviously missing something here.
Re: Ken Thompson's Unix Password
#3> Did he really use uppercase letters or even special chars? Why would he not? I'm obviously missing something here.
Re: Ken Thompson's Unix Password
#4> Did he really use uppercase letters or even special chars? Why would he not? I'm obviously missing something here.
In the early days of unix, people didn't take passwords that seriously and often shared them.
Re: Ken Thompson's Unix Password
#5Re: Ken Thompson's Unix Password
#6> Did he really use uppercase letters or even special chars? Why would he not? I'm obviously missing something here.
Re: Ken Thompson's Unix Password
#7>ZghOT0eRm4U9s:p/q2-q4!
How is that 8 letters?
Re: Ken Thompson's Unix Password
#8>Since the DES-based crypt(3) algorithm used for these hashes is well known to be weak (and limited to at most 8 letters) >ZghOT0eRm4U9s:p/q2-q4! How is that 8 letters?
Re: Ken Thompson's Unix Password
#9Earlier quoted context omitted.
In the early days of unix, people didn't take passwords that seriously and often shared them.
I would have borrowed "/.,/.," a long time ago had I heard about it sooner. That is just way too convenient.
However, I wonder how safe it is to take an "easy" password like /.,/.,/., and then add a bunch of exclamation points to the end, so that it's both long and not part of a dictionary.
I'm sure password crackers are advanced enough to first try taking common passwords and then adding human modifications to make them more secure.
But something like MyDogRules###########! seems like it could be very secure, actually.
Re: Ken Thompson's Unix Password
#10> Did he really use uppercase letters or even special chars? Why would he not? I'm obviously missing something here.