PGP key statistics : Kenneth G. Raeburn <raeburn.at.mit.edu>

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dist #keys × 1 16 16 2 428 856 3 4222 12666 4 16706 66824 5 16018 80090 6 7720 46320 7 2879 20153 8 1099 8792 9 533 4797 10 235 2350 11 91 1001 12 27 324 13 11 143 14 3 42 total 49988 244374 msd 244374 / 49988

C43E7B98 - Kenneth G. Raeburn <raeburn.at.mit.edu>

trust paths :

from     to  

from     to  

see also :

• key statistics in the wotsap analysis by Jörgen Cederlöf
• look up Kenneth G. Raeburn on Google

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

statistics :

signatures	16
keys signed	16
mean shortest distance (msd)	4.8886
msd ranking	8034

cross signatures : 8

• 253AAB87  stats  Greg Hudson <ghudson.at.mit.edu>
• 0DBF906D  stats  Jeffrey I. Schiller <jis.at.mit.edu>
• F414952B  stats  Jeffrey I. Schiller <jis.at.mit.edu>
• E8D7D3EE  stats  Joel N. Weber II <joel.at.joelweber.com>
• 3C86260F  stats  Sam Hartman <hartmans.at.debian.org>
• 749D7889  stats  Tom Yu <tlyu.at.mit.edu>
• 2E2F668E  stats  Tom Yu <tlyu.at.mit.edu>
• 7D31DC39  stats  Will Fiveash <will.fiveash.at.oracle.com>

other signatures : 8

• trust paths -> FB426183  stats  Alan Hawrylyshen <alan.at.polyphase.ca>
• trust paths -> 41CF302C  stats  Ariffin Datuk Yahaya <ariffin.at.ics.uci.edu>
• trust paths -> 883C1C14  stats  Ethan Blanton (psg.com) <elb.at.psg.com>
• trust paths -> 6F7A8D71  stats  Lars Eggert <lars.eggert.at.nokia.com>
• trust paths -> 5CE32FCC  stats  Rob Siemborski <rjs3+.at.andrew.cmu.edu>
• trust paths -> 231B65D0  stats  Simon Leinen (private) <simon.at.leinen.ch>
• trust paths -> 19264CDC  stats  Will Fiveash <wfiveash.at.austin.rr.com>
• trust paths -> AF353913  stats  Wyllys Ingersoll <wyllys.ingersoll.at.sun.com>

other keys signed by this key : 8

• trust paths <- 5A442AB4  stats  Jeffrey Hutzelman <jhutz+.at.cmu.edu>
• trust paths <- B5778D1D  stats  Jeffrey Hutzelman <jhutz+.at.cmu.edu>
• trust paths <- 6EB270C3  stats  Joseph Sokol-Margolis (seph) <seph.at.directionless.org>
• trust paths <- 9AA63667  stats  Nick Martin <nim.at.mit.edu>
• trust paths <- 91834584  stats  Nick Martin <nim.at.nimlabs.org>
• trust paths <- 80B07A4F  stats  Theodore Ts'o <tytso.at.thunk.org>
• trust paths <- 93674C40  stats  Theodore Y. Ts'o <tytso.at.mit.edu>
• trust paths <- F376813D  stats  Tom Yu <tlyu.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.