The Tor network is bottlenecked far more by aggregate bandwidth than by raw relay count. A single 1 Gbps middle relay can serve more circuits than fifty small home relays on residential connections. Tor's directory authorities measure each relay's advertised bandwidth and consensus weight, and they preferentially route circuits through fast, stable nodes. By contributing a 1 Gbps offshore relay you are directly increasing the network's usable capacity, which lowers latency for every Tor user and makes traffic analysis attacks harder by spreading load across diverse autonomous systems.
AnubizHost nodes in Iceland and Romania sit on ASNs that are not already saturated with Tor traffic, which improves the consensus weight assigned by the bandwidth authorities. This means your relay contributes meaningfully from the day it joins the network rather than spending weeks ramping up. We do not throttle outbound to 95th percentile billing and there is no per-month traffic cap on the relay plans, so a properly tuned tor daemon can saturate the uplink continuously without surprise charges or contract violations.
Running a non-exit middle relay is widely considered low-risk from a legal standpoint. You are not the originating IP for any outbound traffic visible to third parties. Your IP appears in the public consensus, but abuse complaints almost never reach middle-relay operators because there is no exit traffic correlation. Iceland and Romania both have local case law and ISP precedent acknowledging middle relays as legitimate infrastructure.