Hi,
Imo mobile chips with mostly low-performance 'efficient cores' are a suboptimal
fit for running Tor at scale. A couple of reasons:
- Performance between the different core types (efficient vs. performance) is
very different. You would need to lock Tor processes to specific cores and
accept
On 7/10/24 00:32, Osservatorio Nessuno via tor-relays wrote:
In both cases with 32GB of DDR5 RAM (we can max to 64 if needed, but is
it?).
IMO 4 GiB RAM per tor process is needed, with 2 GiB I sometimes
experienced an OOM.
--
Toralf
___
tor-relays
On 7/9/24 19:03, David Fifield wrote:
"A case study on DDoS attacks against Tor relays"
Tobias Höller, René Mairhofer
https://www.petsymposium.org/foci/2024/foci-2024-0014.php
After reading that paper I do wonder if a firewall rule would work which
drops network packets with destination to the
On Mittwoch, 10. Juli 2024 00:32:04 CEST Osservatorio Nessuno via tor-relays
wrote:
> we are planning to get some hardware to run a physical Tor exit node,
> starting with a 1Gbps dedicated, unmetered uplink (10Gbps downlink). We
> will also route a /24 on it, so we will have large availability o
Hi everyone,
we are planning to get some hardware to run a physical Tor exit node,
starting with a 1Gbps dedicated, unmetered uplink (10Gbps downlink). We
will also route a /24 on it, so we will have large availability of
addresses to run multiple instances. We have been running a few exit
nod
