On 15/11/13 06:35 AM, Kevin W. Wall wrote:
Besides that, (unfortunately) it's a lot easier to change 'snoopy1' to 'snoopy2'
then to 'snoopy3', etc. when your password inevitably changes. Plus, it makes
a lot easier to remember than to start out with 'sn00py' and then go
to 'sn11py',
'sn22py', et
On 2013-11-13, at 8:13 PM, Jeffrey Walton wrote:
> Is anyone aware of a blacklist that includes those 150 million records
> from Adobe's latest breach?
You are aware that these haven’t all been decrypted? (Or is there some
news I’ve missed.)
The passwords were encrypted, unsalted, using 3DES in
On Thu, Nov 14, 2013 at 6:07 PM, Patrick Mylund Nielsen
wrote:
> On Thu, Nov 14, 2013 at 5:57 PM, Ben Laurie wrote:
>>
>> On 14 November 2013 03:29, shawn wilson wrote:
>> > This is the only thing I've seen (haven't really looked):
>> > http://stricture-group.com/files/adobe-top100.txt
>>
>> I h
On Thu, Nov 14, 2013 at 5:57 PM, Ben Laurie wrote:
> On 14 November 2013 03:29, shawn wilson wrote:
> > This is the only thing I've seen (haven't really looked):
> > http://stricture-group.com/files/adobe-top100.txt
>
> I have to ask: snoopy1 more popular than snoopy? wtf?
Probably people who
On 14 November 2013 03:29, shawn wilson wrote:
> This is the only thing I've seen (haven't really looked):
> http://stricture-group.com/files/adobe-top100.txt
I have to ask: snoopy1 more popular than snoopy? wtf?
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Here is an explanation of a new cryptographic principle that I call a
homomorphic linear set. Please peruse this page.
http://s13.zetaboards.com/Crypto/topic/7122592/1/#new
Paxton
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