SSL: I get it, a lot of people think I should have SSL support on the
website. I will look into it.
Until then (and even after) check the sigs. Nuff said.
Back to Confidant Mail: interesting project, kind of reminds me of
BitMessage, though it seems to be more usable (by far).
I looked at
That is an interesting point. Thinking this through in the game theory
sense:
Spooks' choice:
1: never mess with Tor downloads
2: mess with Tor downloads in rare cases of high value targets (where a
selector like IP or cookie matches)
3: frequently mess with Tor downloads
Effect of 1: they
Mike Ingle m...@confidantmail.org
People who are interested in testing, please set up an account and email
me. The test servers
have Tor hidden service entries, so you can try out anonymous mode.
Mike
On 2/3/2015 5:51 PM, michael ball wrote:
On *Tue Feb 3, Mike Ingle wrote:*
I don't have
Confidant Mail 0.20 is available at http://www.confidantmail.org
No major functional changes, but there are ready to run binaries for
TAILS Live CD 1.2.3 and MacOS 10.9
Confidant Mail is an encrypted, and optionally Tor-anonymized, email
system supporting large file transfers.
Mike Ingle m
On 2/3/2015 10:31 AM, Kevin wrote:
On 2/3/2015 12:33 PM, krishna e bera wrote:
On 15-02-02 09:57 PM, Mike Ingle wrote:
http://www.confidantmail.org
Mike Ingle m...@confidantmail.org
d2b89e6f95e72e26e0c917d02d1847dfecfcd0c2
I am curious why someone delivering security and privacy software does
can also run your own servers, optionally as a hidden
service.
If you want a better secure and anonymous mail system, this is it.
Please set up an account and try out the software.
http://www.confidantmail.org
Mike Ingle m...@confidantmail.org
d2b89e6f95e72e26e0c917d02d1847dfecfcd0c2
--
tor
Setting up the hidden service itself is easy.
Steps 1 thru 97 are set up your website and get it working and secured.
Step 98: add a few lines to your torrc, possibly set some directory
permissions.
Step 99: restart Tor, get your hidden service address.
Step 100: test using Tails.
The hard
HTTPS is now installed on the site. New version is up for download.
On 2/3/2015 9:33 AM, krishna e bera wrote:
On 15-02-02 09:57 PM, Mike Ingle wrote:
http://www.confidantmail.org
Mike Ingle m...@confidantmail.org
d2b89e6f95e72e26e0c917d02d1847dfecfcd0c2
I am curious why someone
He was talking about using a proof of work for anti-spam purposes.
That requires support at both ends. Encryption and signatures also
require support at both ends.
For all those reasons I think that secure and anonymous email needs a
new protocol. It should
not be patched onto SMTP. People
That email system, with built in Tor support and proof of work based
anti-spam, has already been built.
Get it here:
http://www.confidantmail.org
Mike Ingle m...@confidantmail.org d2b89e6f95e72e26e0c917d02d1847dfecfcd0c2
On 3/2/2015 7:15 AM, Fabio Pietrosanti (naif) - lists wrote:
Hi all
On 5/10/2015 3:13 PM, Cameron Hernandez wrote:
If I use a web email using the tor browser, does that mean the email will be
sent through the tor network?
-Cam
No. Your HTTP session will go through Tor, but the email will be sent
unencrypted over the Internet, unless you encrypted it
On 5/28/2015 7:34 PM, Jonathan Wilkes wrote:
On 05/26/2015 09:13 PM, Mike Ingle wrote:
I tried out Bitmessage and it did not seem to deliver without the
sender and recipient online. It's supposed to, it just didn't.
Waiting for key exchange.
Any response from the devs/forum when you reported
Confidant Mail is another next-gen mail architecture worth a look. You
can access
servers directly, via exit node, via hidden service, or via I2P. You can
have your mail
hosted on your own server, on someone else's server, or in the
Distributed Hash Table.
In the server case there is no limit
I tried out Bitmessage and it did not seem to deliver without the sender
and recipient online. It's supposed to, it just didn't. Waiting for key
exchange. It's also a bandwidth pig due to its broadcast nature.
What about Bitmessage?
-Jonathan
--
tor-talk mailing list -
I'm not trying to offend anyone. I was talking about broadcast
everything systems in general.
Bitmessage is a fine implementation of the broadcast everything
paradigm. I'm looking for an
intermediate between broadcast everything and SMTP-over-Tor.
My proposal is essentially: servers form a
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