VLESS / Xray Mobile Proxy on Real 4G/5G IPs — No Server Setup

Yes. That's exactly what Proxy Poland offers. We run the Xray-core infrastructure on dedicated physical 4G/5G modems or real Android phones with real SIM cards. You get a ready-to-use vless:// share link — paste it into your client (V2rayN, V2rayNG, Shadowrocket) and connect. No VPS, no terminal, no server management.

Datacenter IPs are flagged and blacklisted by many platforms. Our VLESS endpoints run on real 4G/5G modems with Polish carrier SIM cards. Websites see genuine mobile traffic from a real carrier — the same IP type used by millions of phone users. This reduces detection risk compared with datacenter endpoints.

Yes. All our VLESS endpoints use the Reality protocol for high DPI resistance. Reality eliminates the need for TLS certificates and makes traffic close to normal HTTPS browsing. This is pre-configured — you don't need to set up anything. Note we run Xray-core (the XTLS fork), not V2ray-core: V2ray-core doesn't implement VLESS-Reality, so use an Xray-compatible client (v2rayN, v2rayNG, NekoBox, sing-box, Streisand). Reality is also the reason we default to VLESS over Trojan-TLS — Trojan still answers TLS handshakes without the secret password and can be fingerprinted, while VLESS-Reality resists active probing.

Yes. We accept Bitcoin, Ethereum, USDT, Litecoin, and 50+ other cryptocurrencies via NowPayments. The checkout process is automated — select crypto at payment, send the exact amount, and your proxy is provisioned immediately after confirmation.

Typically under 5 minutes. After payment confirmation, the system automatically assigns a dedicated 4G/5G modem, configures the VLESS Reality endpoint, and generates your share link. You'll see it in your dashboard immediately.

Pick VLESS-Reality when you're in a network with active DPI or SNI-based blocking (corporate firewalls, restrictive ISPs, certain countries). Reality clones a real TLS handshake to a whitelisted SNI, so the connection is close to normal HTTPS. Pick OpenVPN for legacy compatibility, multi-device routing on a router, or when your client tools (corporate VPN endpoints) speak OpenVPN natively. For raw scraping over a clean network, plain HTTP/SOCKS5 is faster than both.

Reality eliminates the cryptographic fingerprint that gets V2Ray and Shadowsocks blocked. The TLS ClientHello uses real Chrome/Firefox JA3 fingerprints, the SNI matches a publicly accessible whitelisted host (e.g., www.microsoft.com), and active probing returns the genuine target's response. A DPI box sees TLS 1.3 to Microsoft from a Polish carrier IP — there is no protocol-level signature to flag. This is currently the strongest anti-DPI transport in widespread use. The client-side fingerprint defaults to chrome in Xray-core 1.8+, but you can switch it to firefox, safari, ios, or edge in your config to match the browser profile you want to blend into.

Yes — the SNI you advertise is the cloned target (e.g., www.apple.com), not a Proxy Poland hostname. Mobile carriers and middleboxes that filter by SNI cannot distinguish your traffic from real traffic to that target. Pick an SNI that the censoring network already permits and that resolves to a TLS 1.3 endpoint. Reality verifies the upstream certificate chain, so a misconfigured SNI fails closed rather than leaking.

CDNs see VLESS-Reality traffic as TLS 1.3 to the cloned SNI, then once the splice happens, your real target traffic egresses from the Polish carrier IP. From the target site's perspective, you arrive on a clean Orange/T-Mobile/Plus/Play mobile IP — same as HTTP/SOCKS5. The CDN does not detect the proxy. RTT is 5-15 ms higher than raw HTTP because of the extra TLS handshake; throughput on 5G modems still hits 100-200 Mbps.

Yes. iOS: Streisand, Shadowrocket, FoXray (App Store). Android: v2rayNG, NekoBox, Hiddify (Google Play and F-Droid). Paste the vless:// share link from the dashboard or scan the QR code; the client parses the Reality keypair, shortId, and SNI automatically. Battery impact is comparable to a regular VPN — ~3-5% extra drain over 24h with always-on routing.

About 5-10% throughput reduction and 5-15 ms latency added vs raw HTTP, mostly from TLS 1.3 framing and the Reality splicing logic. On a 5G modem you'll still see 80-150 Mbps payload throughput, which is faster than most upstream targets can serve. With XTLS-Vision flow enabled, the encryption overhead is mostly bypassed for the data channel — typical setup for high-throughput workloads. VLESS also supports mux.cool: set mux.enabled true and concurrency 8 to multiplex many TCP streams over one connection, which cuts handshake overhead for high-request-count jobs like scraping. Note XTLS-Vision and mux are mutually exclusive — use vision flow for browser traffic, mux for many short connections.

The Xray client routes only matched traffic through the proxy; if the tunnel drops, traffic falls back to your local interface unless you enforce a kill-switch. On routers with TPROXY (passwall2), set a default-deny rule when the outbound is down. On v2rayN, enable the system-proxy + handle-LAN mode so non-LAN traffic fails closed. On mobile, Always-On VPN in Android settings prevents leaks during reconnection.