Robert J. Hansen rjh at sixdemonbag.org wrote on
Tue May 12 16:41:09 CEST 2020:
>You can get by just fine in most everyday English with a vocabulary of
>5,000 words. Stick to those words and you'll have an easy-to-remember
>passphrase.
=
That's absolutely correct, Horse! Battery Staple
htt
Question,
Is there anything out there, think bittorrent-sync, that allows for syncing
your full keyring between devices? Would it be enough to simply use
bittorrent-sync to sync your .gnupg folder?
I get the —export / —import but what about automating it a lil’ bit? Something
peer to peer pre
> However, I would be interested to know which ECC cipher would you
> recommend to replace RSA.
"Yes". :)
Back when we got these questions -- Elgamal? RSA? DSA? Help? -- we
used to tell people what mattered far, far more than which algorithm
they used was how much care they gave to their syst
On 12-05-2020 17:04, Sylvain Besençon via Gnupg-users wrote:
>> Probably not. The future is elliptical-curve cryptography, which will
>> bring a level of safety comparable to RSA-16384.
Yes, if attacked by classical computers.
> However, I would be interested to know which ECC cipher would you
>
W dniu 12.05.2020 o 17:04, Sylvain Besençon via Gnupg-users pisze:
> In the FAQ, it is written:
>> Will GnuPG ever support RSA-3072 or RSA-4096 by default?
>> Probably not. The future is elliptical-curve cryptography, which will bring
>> a level of safety comparable to RSA-16384. Every minute we s
On Tue, May 12, 2020 at 11:24:57AM +0200, Johan Wevers wrote:
> > For example, a 256 bit elliptic curve key has a similar strength to
> > a symmetric key of 128 bits.
>
> Until, of course, a working quantum computer with more than a few qubits
> is constructed.
Don't worry, there's literally tri
Sylvain Besençon via Gnupg-users wrote:
> Le 12.05.20 à 11:24, Johan Wevers a écrit :
> > On 12-05-2020 3:46, Pete Stephenson via Gnupg-users wrote:
> >
> >> For example, a 256 bit elliptic curve key has a similar strength
> >> to a symmetric key of 128 bits.
> >
> > Until, of course, a working
Le 12.05.20 à 11:24, Johan Wevers a écrit :
On 12-05-2020 3:46, Pete Stephenson via Gnupg-users wrote:
For example, a 256 bit elliptic curve key has a similar strength to a symmetric
key of 128 bits.
Until, of course, a working quantum computer with more than a few qubits
is constructed. The
On Dienstag, 12. Mai 2020 10:56:19 CEST Valentin Ochs wrote:
> Hi there,
>
> I have two smart cards, a regular card that I plug into the builtin reader
> of my laptop and a yubikey, that have two different keys on them. I store
> some passwords in a file that is encrypted with both keys.
>
> When
> Even using only English words greater than 5 letters and unrelated to
> each other, an extremely low-bound estimate, would be 77760 words.
> (in reality, far greater, but let's use an example people would agree
> on).
This is probably not the best metric. The length of the word is
irrelevant: i
Wiktor Kwapisiewicz [2020-05-12 14:08] wrote:
> Hi Valentin,
>
> I believe this will work seamlessly in GnuPG 2.3.
>
> You can track this ticket: https://dev.gnupg.org/T4695
Hi Wiktor, thanks for the reply. That issue is indeed what initially prompted me
to make a second key for the second card
Hi Valentin,
I believe this will work seamlessly in GnuPG 2.3.
You can track this ticket: https://dev.gnupg.org/T4695
Kind regards,
Wiktor
--
https://metacode.biz/@wiktor
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On 12-05-2020 3:46, Pete Stephenson via Gnupg-users wrote:
> For example, a 256 bit elliptic curve key has a similar strength to a
> symmetric key of 128 bits.
Until, of course, a working quantum computer with more than a few qubits
is constructed. Then ECC is much more vulnerable than RSA or El
On 5/11/20 10:11 PM, Robert J. Hansen - r...@sixdemonbag.org wrote:
This arrived in my inbox: I'm presenting it here without comment.
You've advised people to use a HORRIBLE practice of using dictionary
words solely for their password. I tested this theory myself back in the
day, so I can 100%
Hi there,
I have two smart cards, a regular card that I plug into the builtin reader of my
laptop and a yubikey, that have two different keys on them. I store some
passwords in a file that is encrypted with both keys.
When I try to access the passwords, pinentry will always ask me to insert the
y
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