OrNetStats

OrNetStats shows you statistics about the Tor network.

Tor network data as of: 2019-12-05 20:00 UTC

Tor Relay Operators in End-to-End Correlation Position

The following table lists relay operators that are in a position to see a tor client’s entry and exit connections. In the worst-case a tor client would use these groups as entry (guard) and exit relay at the same time.

Operators are only listed if they actually have a chance to do end-to-end correlation attacks, that is:

This list might contain false-positives as ContactInfo is not authenticated.

The ContactInfo is truncated. Middle-only relays are not included in per-group relaycounts.

The table is sorted by guard probability.

Contact Guard (%) Exit (%) #Relays /16 Netblocks Newest Relay Eff. Family Members (min)
bobs.house AT mail.ru 36j52chsdz962ivcpN1xfPXkJz 0.32 0.25 7 2 2019-11-13 1
abuse-node49 AT posteo DOT de 0.17 0.37 11 6 2019-12-05 4
runtime-error at riseup dot net 0.09 0.15 3 3 2019-07-19 1
Steven S <katsalmovies@gmail.com> 0.04 0.18 3 2 2019-10-04 1
Total 0.62 0.95 24      

For a detailed list of (known) relays in end-to-end correlation position see this page.

NOTE: There are many more relays with MyFamily configuration issues but most operate exit or guard relays exclusively or within a single /16 network block. Such operators can not become the first and last hop of your tor circuits, but they might be able to reveal your guard relay (when they act as the middle and exit relay in a single circuit).

Biggest Relay Families on the Tor Network

Relays are aggregated based on effective families. Effective families are relays with a mutually configured MyFamily setting. Single relays (without family) are also considered but not aggregated. The first column usually shows the contact information, or if no contact information was provided, the first 8 characters of the relay fingerprint.

Top 10 Exit Families

Contact or Fingerprint (truncated) Exit(%) #Relays First Seen
abuse@to-surf-and-protect.net 16.6 50 2016-01-25
Foundation for Applied Privacy email:tor appliedp 7.55 12 2018-03-23
John L. Ricketts, PhD <john AT quintex dot com> 5.7 50 2016-08-22
https://www.torservers.net/donate.html <support .A 5.44 17 2016-12-23
F3 Netze <abuse@f3netze.de> 3.99 8 2018-03-21
Nicholas Merrill <nick AT calyx dot com> BTC - 14w 3.67 13 2013-06-11
tech@emeraldonion.org 3.56 54 2019-04-05
https://www.digitale-gesellschaft.ch/abuse/ 2.65 13 2015-05-22
Hart voor Internetvrijheid <abuse AT hartvoorinter 2.32 15 2014-04-09
Accessnow.org <abuse .AT. accessnow .DOT. org> 2.11 12 2017-12-05

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Top 10 Guard Families

Contact or Fingerprint (truncated) Guard(%) #Relays First Seen
<tor AT afo MINUS tm DOT org> 1.98 14 2018-10-05
abuse@to-surf-and-protect.net 1.61 17 2019-01-05
Thomas Steen Rasmussen / Tykling <thomas@gibfest.d 0.94 7 2016-01-03
abuse AT for-privacy.net 0.9 10 2019-03-16
retik.eu <retik@systemli.org> 0.86 6 2018-09-25
24F97F98 0.8 5 2016-09-06
0ED0EA32 0.71 5 2017-10-24
torrpi1405@gmail.com 0.69 20 2018-08-28
email:tor appliedprivacy.net twitter:applied priv 0.65 7 2017-06-13
Kevin Hicks <admin@fissionrelays.net> 0.65 12 2018-01-07

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Top 10 Relay Families by Consensus Weight

Contact or Fingerprint (truncated) CW Fraction(%) Exit(%) Guard(%) #Relays First Seen
abuse@to-surf-and-protect.net 5.26 16.6 1.61 68 2016-01-25
Foundation for Applied Privacy email:tor appliedp 2.34 7.55 0.65 19 2017-06-13
John L. Ricketts, PhD <john AT quintex dot com> 1.449 5.7 0 50 2016-08-22
https://www.torservers.net/donate.html <support .A 1.383 5.44 0 17 2016-12-23
<tor AT afo MINUS tm DOT org> 1.271 0 1.98 14 2018-10-05
F3 Netze <abuse@f3netze.de> 1.015 3.99 0 8 2018-03-21
Nicholas Merrill <nick AT calyx dot com> BTC - 14w 0.961 3.67 0.04 14 2013-06-11
tech@emeraldonion.org 0.917 3.56 0.01 55 2019-04-05
Thomas Steen Rasmussen / Tykling <thomas@gibfest.d 0.678 0 0.94 8 2016-01-03
https://www.digitale-gesellschaft.ch/abuse/ 0.676 2.65 0 13 2015-05-22

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Top 10 Autonomous System Names by CW Fraction

AS Name CW Fraction(%) Guard(%) Exit(%) #Relays
Hetzner Online GmbH 16.32 21.58 0.11 416
OVH SAS 12.41 15.54 7.54 529
Online S.a.s. 8.23 11.36 2.44 268
Joshua Peter McQuistan 4.62 0.33 16.6 54
netcup GmbH 2.64 3.49 0.17 114
myLoc managed IT AG 2.36 3.19 1.11 45
Foundation for Applied Privacy 2.25 0.52 7.55 16
FranTech Solutions 1.97 1.13 4.73 77
Iomart Cloud Services Limited 1.46 2.29 0 20
Quintex Alliance Consulting 1.44 0 5.7 50

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Tor Version Distribution (Relays)

Major Versions

Tor Version CW Fraction(%) Exit(%) Guard(%) #Relays
0.4.1 57.4 75.4 52.02 3208
0.3.5 19.3 7.6 22.55 1650
0.4.0 11.5 7.8 13.13 521
0.4.2 5.5 5.66 6.13 152
0.2.9 5 2.36 5.36 632
0.3.4 0.5 0.1 0.66 59
0.2.5 0.1 0.2 0 12
0.3.2 0.1 0.34 0.06 24
0.2.4 0 0.05 0 15
0.2.6 0 0 0 3
0.2.7 0 0.31 0 2
0.2.8 0 0 0 2
0.3.0 0 0 0 12
0.3.1 0 0 0 4
0.3.3 0 0.15 0 7
0.4.3 0 0 0.07 14

A version-distribution-over-time graph (by relay count) can be found on the Torproject Metrics page

Complete list of Tor Versions

End-of-Life Relays Share

The following table shows how many relays run a tor version that is no longer supported.

CW Fraction(%) Guard(%) Exit(%) #Relays
0.93 0.72 1.17 140

Show all relays running unsupported tor releases

OS Distribution (Relays)

OS CW Fraction(%) Exit(%) Guard(%) #Relays
Linux 90.4 85.4 91.5 5757
BSD 9.3 14.5 8.2 453
Windows 0.1 0 0.1 41
SunOS 0 0 0.1 5
Darwin 0 0 0 9

A OS-distribution-over-time graph (by relay count) can be found on the Torproject Metrics page

IPv6 Relay Stats

What cw fraction / guard/middle/exit probability has an IPv6 ORPort?

CW Fraction(%) Guard(%) Middle(%) Exit(%) #Relays
30.71 28.38 27.69 38.58 1171

What exit probability allows IPv6 exiting?

Exit(%) #Exit Relays
39.54 309

Bridge Stats

Bridge Transports Distribution

Supported Transports Bridges
obfs4 740
None 413
obfs3, obfs4 67
fte, obfs3, obfs4, scramblesuit, websocket 20
fte, obfs3, obfs4, scramblesuit 6
obfs2, obfs3, obfs4 6
meek 5
obfs3, obfs4, scramblesuit 4
fte, meek, obfs3, obfs4 2
obfs3 2
fte, obfs2, obfs3, obfs4, scramblesuit 1
fte, obfs3 1
fte, obfs3, scramblesuit 1
fte, obfs4 1
meek, meek 1
obfs2, obfs3 1
obfs2, obfs3, obfs4, scramblesuit 1
obfs3, scramblesuit 1
websocket 1

Data Source

OrNetStats uses public data provided by The Tor Project: