IP Rotation VPS Hosting

The first pattern is multi-IP with explicit egress selection. The VPS has several IPv4 addresses bound to its network interface, and the operator's software selects which IP to use for each outbound connection through SO_BINDTODEVICE or equivalent socket-level binding. This is the standard pattern for scraping workloads, research traffic generation and any application that wants per-request egress control. Each connection's source IP is deterministic and the operator has full visibility into which IP carried which request.

The second pattern is IPv6 subnet rotation. AnubizHost offshore plans can include a /64 IPv6 subnet delegation, which gives the operator effectively unlimited IPv6 source addresses on the same VPS. The application generates a random suffix within the delegated subnet for each outbound connection, and the source IPv6 varies across requests without any IPv4 quota constraint. This is the most resource-efficient pattern for high-volume workloads where the destination supports IPv6.

Both patterns are deployed on the same VPS substrate. The operator selects which pattern (or combination) matches the destination characteristics. IPv4 rotation is appropriate for destinations that lack IPv6 support; IPv6 rotation is appropriate for destinations with dual-stack support and is dramatically more economical because IPv6 address quota is effectively unlimited within the delegated /64.

Operators who run multi-IP workloads should pay attention to source-IP hygiene. The cleanest configuration uses Linux policy routing to associate each source IP with a specific routing table, so that traffic from a given source IP follows a predictable outbound path. This avoids edge cases where asymmetric routing or reverse-path filtering at the upstream router silently drops traffic that does not match expected source semantics.

Configure iptables or nftables to log dropped packets during initial deployment to catch policy-routing misconfigurations early. Once the routing tables are stable, disable the logging to avoid accumulating unnecessary log volume. For IPv6 subnet rotation, ensure that Linux's IPv6 privacy extensions are configured to generate addresses in the operator's preferred way (RFC 4941 random temporary addresses, or RFC 8064 stable opaque addresses, or operator-specified suffixes through ip route add commands).

Reverse DNS for additional IPs is configurable on request. Operators who want each IP to have a distinct PTR (for example to support TLS connections to destinations that perform PTR verification) can request specific PTR records during provisioning. Generic PTRs that map to the operator's chosen domain are common; opaque PTRs that do not reveal operational details are also supported and are the default for plain additional IPs on the offshore plans.

Multi-IP operators frequently have privacy-sensitive workloads because the use case implies a desire to avoid concentration of traffic from a single observable source. AnubizHost matches this with no KYC at signup, crypto-only payment via BTC, ETH, XMR or USDT, and a billing record that contains only the account email and the transaction hash. The additional IP requests are processed against the same account record without introducing additional identity attestations.

At the hypervisor level we do not retain traffic captures or netflow archives for multi-IP customer traffic beyond live abuse triage. There is no historical record of which destinations the operator's IPs connected to, what volumes they exchanged or how the operator distributed requests across the IP pool. The VPS disk image is encrypted at rest on the host node and we do not maintain a backup unless the operator opts into the snapshot service.

Jurisdiction choice is again straightforward. Iceland and Romania are the defaults in our catalog and both tolerate diversified outbound workloads. We do not place workload-specific restrictions on additional IPs and we do not require operators to disclose the planned use case during the additional-IP request. Operators who run sensitive workloads commonly pick Iceland for the strongest separation from EU data frameworks; operators who prioritize low latency to European destinations pick Romania.