It's a (non mobile-optimized) web-based PvP assembly programming game. The syntax is highly inspired by x86 assembly and the game itself by Core War. There is also a small tutorial and a ranked ladder powered by Glicko-2.
>Organizations which have their own IP ranges can use them at Hetzner, too.
If you own the nodes you can just log the encrypted traffic with metadata like user IP (if its an entry-node, which requires a Guard-flag), source and destination Tor-node and timestamp to send it to a centralized logging server. No need to host them in the same rack.
The problem of three nodes being in one rack is traffic analysis of an external attacker, who doesn't own the nodes.
If someone already owns the nodes it doesn't matter where they host them.. Using your own IP range for an attack would just be more complicated, less effective than just buying nodes worldwide and is an OPSEC risk.
So the only reason to run tor nodes on your own IP range on Hetzner servers is if you work together with an organization which has access to ISP and datacenter traffic and probably work together with the datacenter owner to attack Tor users through a correlation attack.
>Exit circuits are not the only type of circuit.
Connections to onion services are sent over 6 nodes, not 3. You talked about 3 nodes, so I assumed you talk about the typical Guard or Bridge Node -> Mid-Node -> Exit-Node circuit. The only reason to have less nodes are single-hop onion services. They are an edge-case..
>We do not choose more than one router in a given network range, which defaults to /16 for IPv4 and /32 for IPv6. (C Tor overrides this with EnforceDistinctSubnets; Arti overrides this with ipv[46]_subnet_family_prefix.)
2) There is currently no exit-node hosted at Hetzner. Check the Tor atlas
Tails is great. I am using it for several years now.
Other related projects are whonix ( https://www.whonix.org ), which consists of two virtual machines:
A workstation to work on and a gateway, which torifies all traffic from the workstation VM.
Whonix is also integrated in Qubes OS ( https://www.qubes-os.org ), which allows you to easily work with multiple seperate whonix VMs. There is also the possibility to tunnel all internet traffic of your machine through Tor including system upgrades of the host OS itself.
https://www.AssemblyArena.com - an educational game for people who would like to learn and/or program in assembly.
It's a (non mobile-optimized) web-based PvP assembly programming game. The syntax is highly inspired by x86 assembly and the game itself by Core War. There is also a small tutorial and a ranked ladder powered by Glicko-2.
Source Code:
https://github.com/m2w4/assembly-arena