PGP key statistics : Peter Iannucci <iannucci.at.mit.edu>

↑ click for more details ↓
dist #keys × 1 23 23 2 413 826 3 3660 10980 4 15539 62156 5 16661 83305 6 8074 48444 7 3226 22582 8 1118 8944 9 560 5040 10 263 2630 11 105 1155 12 37 444 13 16 208 14 7 98 total 49702 246835 msd 246835 / 49702

17416920 - Peter Iannucci <iannucci.at.mit.edu>

trust paths :

from     to  

from     to  

see also :

• key statistics in the wotsap analysis by Jörgen Cederlöf
• look up Peter Iannucci on Google

• analysis of the strong set in the PGP web of trust
• FAQs about the PGP pathfinder and key statistics

statistics :

signatures	23
keys signed	19
mean shortest distance (msd)	4.9662
msd ranking	9342

cross signatures : 15

• 4F16F73A  stats  Anders Kaseorg <andersk.at.mit.edu>
• 838DF19C  stats  Anne Christine Spang <christine.at.spang.cc>
• 95630310  stats  Chris Post <ccpost.at.mit.edu>
• B7BCF4EA  stats  Christian J. Ternus <ternus.at.mit.edu>
• BC71BC44  stats  Duncan Townsend <duncant.at.mit.edu>
• 30CB1B11  stats  Evan Broder <evan.at.ebroder.net>
• B8EC3AC9  stats  Geoffrey Thomas <geofft.at.mit.edu>
• 45D092BC  stats  Greg Brockman <gdb.at.mit.edu>
• 0A3438C7  stats  Ian Smith <ismith.at.mit.edu>
• 7BF19FF5  stats  Kevin Krsulich <kdk323.at.mit.edu>
• C19D8EDA  stats  Patrick Hurst <phurst.at.amateurtopologist.com>
• AF857C76  stats  Paul Weaver <pweaver.at.mit.edu>
• FCEFB697  stats  Quentin Smith <quentin.at.mit.edu>
• F18688B8  stats  Stephen Woodrow <srwoodrow.at.gmail.com>
• 18BC31D7  stats  Victor Vasiliev <vasilvv.at.mit.edu>

other signatures : 8

• trust paths -> B23E63D8  stats  Alejandro R. Sedeño <asedeno.at.mit.edu>
• trust paths -> DF69C32E  stats  Benjamin Barenblat <bbaren.at.mit.edu>
• trust paths -> F414952B  stats  Jeffrey I. Schiller <jis.at.mit.edu>
• trust paths -> 0DBF906D  stats  Jeffrey I. Schiller <jis.at.mit.edu>
• trust paths -> DC5A7385  stats  Jiawen Chen <jiawen.at.mit.edu>
• trust paths -> A8169ACF  stats  Nelson Elhage <nelhage.at.nelhage.com>
• trust paths -> 9F7BDCDC  stats  Ricardo Ramirez <rram.at.the-tech.mit.edu>
• trust paths -> 8D3B87B6  stats  Xavid Pretzer <xavid.at.mit.edu>

other keys signed by this key : 4

• trust paths <- 607559E6  stats  Benjamin Hill (Mako) <mako.at.atdot.cc>
• trust paths <- C99870B1  stats  Benjamin Hill (Mako) <mako.at.bork.hampshire.edu>
• trust paths <- 2F2A8FC5  stats  Daniel Joseph Barnhart Clark <dclark.at.pobox.com>
• trust paths <- 5C413520  stats  Geoffrey Thomas <geofft.at.mit.edu>

PGP pathfinder & key statistics

• input : key id's of length 8, 16, 24, 32 or 40, optionally preceeded by 0x, in upper or lowercase, like

  FC243F3C      0xfc243f3c

• example : find trust paths from D5327CB9 (Wietse Venema) to FC243F3C (me)

• If you have a PGP page, visitors may want to find trust paths to your key ; here is what I use :

  your key id :

  To make this work for you, just include this piece of html :

    <FORM METHOD="GET" ACTION="http://pgp.cs.uu.nl/mk_path.cgi">
    your key id :
    <INPUT TYPE=TEXT    NAME=FROM   SIZE="10">
    <INPUT TYPE=HIDDEN  NAME=TO     VALUE="********">
    <INPUT TYPE=SUBMIT  NAME=PATHS  VALUE="find trust paths to me">
    <INPUT TYPE=RESET   NAME=reset  VALUE="reset">
    </FORM>

  and replace ******** with your key_id.

• For plots, facts and figures see the analysis of the strong set in the PGP web of trust.
• For details, see the pathfinder FAQ - frequently asked questions.