Provided by: parcimonie_0.9-3_all 
NAME
parcimonie - privacy-friendly helper to refresh a GnuPG keyring
VERSION
Version 0.9
SYNOPSIS
parcimonie [options]
DESCRIPTION
parcimonie is a daemon that slowly refreshes a GnuPG public keyring from a keyserver.
Its refreshes one key at a time; between every key update, parcimonie sleeps a random amount of time,
long enough for the previously used Tor circuit to expire.
This process is meant to make it hard for an attacker to correlate the multiple performed key update
operations.
See the design.mdwn document to learn more about the threat and risk models parcimonie attempts to help
coping with.
USAGE
1. Configure GnuPG to be able to use a keyserver.
You can skip this section if you already have configured a keyserver in ~/.gnupg/gpg.conf.
Else, add to your gpg.conf something along these lines:
keyserver hkp://pool.sks-keyservers.net
You obviously can choose your preferred keyserver here; if using hkps:// (which would be our second
choice behind hkpms://), your GnuPG installation should support HKPS; on Debian systems, enabling such
support is done by installing the gnupg-curl package; see those web pages for help with GnuPG hkps://
configuration:
http://sks-keyservers.net/overview-of-pools.php#pool_hkps
http://keys.indymedia.org/
You may want parcimonie to use a different keyserver than the one your usual GnuPG invocations do. This
can be achieved by passing to parcimonie a command-line option such as:
--gnupg-extra-arg "--keyserver=hkps://hkps.pool.sks-keyservers.net"
2. Run "parcimonie --verbose".
3. Check the output for misconfiguration or bugs.
4. Once happy, start the daemon without the --verbose option.
Note: the Debian package automatically starts the daemon with your X session.
For example, GNOME users can configure its startup from the
"System -> Preferences -> Startup Applications" menu.
OPTIONS
The following command lists available options:
parcimonie --help
Tor configuration vs. --minimum-lapse-time
In case you set the Tor MaxCircuitDirtiness setting yourself, you probably want to pass parcimonie a
matching --minimum-lapse-time option so that subsequent key fetches use different Tor circuits.
Just make sure this remains true:
minimum-lapse-time >= Tor MaxCircuitDirtiness
hkpms://
We recommend using hkpms; see http://web.monkeysphere.info/ for details. When a hkpms:// keyserver is
being used, one needs to do two additional steps since gpgkeys_hkpms does not work in the torsocks
wrapped environment parcimonie uses by default to run gpg.
Torify gpgkeys_hkpms
Just add the following line to gpg.conf:
keyserver-options http-proxy=socks://127.0.0.1:9050
Hey, parcimonie, gpg is already torified
Pass the --gnupg-already-torified switch to the parcimonie daemon command-line. parcimonie will then rely
on the keyserver-options previously added to gpg.conf, and won't attempt to torify gpg connections
itself.
AUTHOR
intrigeri <intrigeri@boum.org>
LICENSE AND COPYRIGHT
Copyright (C) 2010-2013 intrigeri <intrigeri@boum.org> Licensed under the same terms as Perl itself.
BUGS
Please report any bugs or feature requests to "intrigeri at boum.org".
SUPPORT
You can find documentation for parcimonie with the man command.
man parcimonie
You can also look for information at:
• parcimonie's homepage
<http://gaffer.ptitcanardnoir.org/intrigeri/code/parcimonie/>