Proxy Chain VPS Hosting

Tor is the right answer for most users most of the time. A self-built proxy chain is appropriate when the operator needs predictable exit IP geography, higher throughput than Tor can sustain or compatibility with destinations that block known Tor exit relays. Tor's exit list is public and many commercial destinations explicitly drop traffic from listed exits, which is a known limitation that legitimate research workloads frequently run into. A self-built chain produces an exit IP that is not on any public list and is therefore reachable to destinations that drop Tor.

The trade-off is that a self-built chain provides anonymity in a different threat model. Tor is designed to defend against a global passive adversary up to a certain probability bound; a self-built chain provides anonymity against any single hop operator but does not defend against an adversary who can correlate traffic at multiple hops. The right choice depends on the operator's threat model. For research and scraping workloads, the self-built chain's geographic and throughput properties usually outweigh the weaker network-level anonymity guarantees.

AnubizHost supports self-built chains by providing VPS plans across multiple offshore jurisdictions. Build a chain that touches Iceland, Romania and a third location to maximize the legal-jurisdiction diversity across hops. Each VPS is administratively independent, with separate accounts, separate crypto wallets and separate SSH keys, which preserves the chain's properties at the operational layer as well as the network layer.

The two most common proxy protocols for chain composition are SOCKS5 and Shadowsocks. SOCKS5 is the older protocol, widely supported by client applications and trivial to deploy with software such as dante-server or microsocks. Shadowsocks is newer, encrypts the protocol between client and proxy by default and supports a richer set of cipher choices including AEAD ciphers that resist active probing. Shadowsocks is the better default for operators who care about the proxy's defense against detection by network observers.

Compose a chain by configuring each hop to forward its outbound traffic to the next hop. With SOCKS5 the standard pattern is to run a SOCKS5 server on each VPS and to configure each VPS's outbound client (proxychains, redsocks or application-level configuration) to chain to the next hop. With Shadowsocks the pattern is similar but the inter-hop protocol is the Shadowsocks tunnel, which provides per-hop encryption without any additional TLS layer.

Three hops is the common minimum for serious chain deployments. Two hops mean the middle hop sees both source and destination, which weakens the chain's anonymity properties. Three hops keep each operator's visibility limited to the adjacent hops only, which is the analog of Tor's three-hop circuit at the cost of operator-managed infrastructure. Four or more hops add latency without meaningful anonymity gains and are typically not worth the operational complexity.

The whole point of building a chain is that no single party has full visibility. This requires that each hop is administratively independent at the hosting layer as well as the network layer. AnubizHost makes this practical by accepting BTC, ETH, XMR and USDT with no KYC at signup, which lets the operator fund each hop's account from a different wallet and register each account with a different email. Without this independence the chain's properties degrade because a single legal request to the host could reach multiple hops simultaneously.

At the hypervisor level we do not retain traffic captures or netflow archives for proxy chain customer traffic beyond live abuse triage. The chain operator can verify this through standard observation and through the legal-request transparency posture documented in our broader no-log materials. The combination of operator-managed chain logic, jurisdictionally diverse hops and a no-log host produces a chain whose anonymity properties hold up under reasonable adversarial assumptions.

Jurisdictional diversity is the load-bearing variable. A chain that touches Iceland, Romania and a third jurisdiction such as Finland or the Netherlands forces a hypothetical adversary to navigate three independent legal frameworks to compel disclosure at every hop simultaneously. AnubizHost operates VPS infrastructure in all four locations and operators can provision the three (or more) hops of their chain across these jurisdictions without leaving the platform. Crypto payment and no KYC preserve the operator's independence across the jurisdictional spread.