Re: [tor-relays] Qualities of a good relay (Sean Saito)
Wow, thank you all for the suggestions! Hope to implement these soon. Would definitely appreciate more ideas too. Sean
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Wow, thank you all for the suggestions!
Hope to implement these soon. Would definitely appreciate more ideas too.
If you have the time to maintain such a factor you could weight in relative bw cost per region, because the prices per bw unit heavily deffer depending on the region in which a relay is running. e.g. relay runs in South America -> expensive bw -> multiplier greater than 1 I'm not sure if there any public lists that you could regularly fetch to automate this. -----BEGIN PGP SIGNATURE----- iQIcBAEBCgAGBQJVi8CaAAoJEFv7XvVCELh00WkQAJuC7mjPTWhgihi3DiqGn0Er RoxjJjBEYhVfNrBCuDokNHQecssDgrk57MylV/GSp87N6SYG9tCBByapglWlQbpG 3HxwBmw1s4wnUzCf+Txl6zEioy0Vmv2NOP9LJgzAYd9uuOZZ1OmGaoPs+evD5lYN jXimXxzo2nmDTFwdvQM1jWT90pI8gxRo9b07aKssTwae+aQJ3o/jae8tvs7EhyTc xyKOsyqYXjnrv3kAd6RUPpLzGRm+oPtF1d9nmyLdsGgbBmj1In1DomL1vpwGul2O FXqeiTR4JeZFueU3NbDPKB73iwUoe0gq1NxktEWhxBCW2zcvyOc/uIxhh9XiRTpr vz1TM4/pbnNttcoCsDGPwyxyIHKplPVswc3tMU7675L1NIs6O7k/Lg+CyhSj0rbT l/t1peXrZ7PmMsXF//s1BIenNRZI4S7AxoyV7JRZ9OtgFxNLOPRurPMmD/24tSi3 ZTdLyaLKUVgf1suWSCtCpeWkY1I4+yqXyZjX+7jVWlA7Rcth6iMBLS5G3gxMuIl6 ybDdizNvPZCyjIHu2lp6UGtZ/UjUGXKc0hSx4LJCcW/x515y9cJSYxlImAglBTGK BChiWkXt+uPBjG42qzFPjb2zh3pUWKC+8FNjj2jRhKiPImwqmH1aKCtU/O6sibZH bGeCXMiym5TOWq9i+4or =iYxb -----END PGP SIGNATURE-----
-----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 On Thu, 25 Jun 2015 10:49:30 +0200 nusenu <nusenu@openmailbox.org> wrote:
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Wow, thank you all for the suggestions!
Hope to implement these soon. Would definitely appreciate more ideas too.
If you have the time to maintain such a factor you could weight in relative bw cost per region, because the prices per bw unit heavily deffer depending on the region in which a relay is running.
e.g. relay runs in South America -> expensive bw -> multiplier greater than 1
A relay running in South America could do more bad than good, as it would increase the average latency if e.g. users in Europe accessing sites in Europe now have to go via South America on some circuits. However most likely it won't get a high enough consensus weight in the first place, e.g. I run a relay in Japan on a gigabit connection, but nobody cares too much, since (I assume) bwauths aren't anywhere near Japan and do not get good speeds to it, they give it a low weight, and as a result it doesn't see a lot of use. - -- With respect, Roman -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iEYEARECAAYFAlWLxBgACgkQTLKSvz+PZwgWvACbB2WzeQSfAp988T/Z/X2mE6Ky hTgAmgPyTdYD1kJveorLx6a8oVYjLfp9 =4f/W -----END PGP SIGNATURE-----
A relay running in South America could do more bad than good, as it would increase the average latency
I was also thinking about that. "Does improving geo-diversity negatively affect latency?" and I agree with you that the example (more relays in South America) would probably increase avg. latency for European users but at the same time has a change to decrease latency for e.g. Brazilian users. So in the end the question is where are most of your users? And what is your optimization goal/what is your priority? (a low worst-case latency for all users or a low latency for most of the users) https://metrics.torproject.org/userstats-relay-table.html I would still prefer having more relays in uncommon locations even if that comes with an (acceptable) latency penalty. Whatever 'acceptable' is. Since the question "How does a good relay look like and where is it located?" is a non-trivial one and because Roaster is effectively codifying the (Torproject's?) answer to it I'm also interested in the outcome from this point of view.
On Thu, Jun 25, 2015 at 6:27 AM, nusenu <nusenu@openmailbox.org> wrote:
A relay running in South America could do more bad than good, as it would increase the average latency
I was also thinking about that. "Does improving geo-diversity negatively affect latency?"
Internet imposed minimum latency to exit destinations in geophysical worst case antipodal node distribution is roughly 1000ms, or 500ms with average distribution. HS destinations are about double that. Putting nodes in nontraditional locations could actually lower average latency because they could enable a more direct fiber route / waypoint than BGP arcing by default back through some longer path along the densely laid areas. Tests could be done with manual circuits and global fiber maps. Todays node distribution is probably already subject to the random path minimum averages above, so I doubt it would hurt. Plus you get more geopolitical diversity. Play pin the tail on the donkey and win a prize for being the first in an unoccupied country / state.
participants (4)
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grarpamp -
nusenu -
Roman Mamedov -
saitosean＠ymail.com