VLESS Tunnel to a New York Mobile Proxy

Every line we sell comes with HTTP(S) and SOCKS5 logins, and for most desktop work that is all you need. Some customers need something different: an encrypted tunnel that carries everything from a device, including apps that ignore proxy settings, through the New York line. That is what the VLESS option is for. This guide explains it without the jargon, tells you when it is worth the extra setup, and shows you how to check it.

What VLESS is in plain terms

VLESS is a lightweight protocol used by the Xray family of tools. On our side, the line exposes a VLESS endpoint alongside the normal proxy ports. On your side, an Xray-based client makes one encrypted connection to that endpoint and then sends all of its traffic through it. The client can act as a system-wide tunnel, so the whole device, not just one browser, leaves through the New York carrier address.

The encryption is between you and our endpoint. From there, traffic goes out of the carrier SIM exactly as it would with SOCKS5. The site on the other end sees the same Verizon, AT&T or T-Mobile address reading as New York City.

When to use it instead of HTTP or SOCKS5

Use plain SOCKS5 or HTTP when one program needs the proxy and it has a proxy setting: a browser profile, a script, curl. Use VLESS when you want a whole device on the line. The typical cases are an iPhone or Android phone that should behave entirely as a New York phone, a Windows or Mac machine where several apps need the line and some of them have no proxy option, and situations where your own network strips or inspects plain proxy traffic and you would rather it just saw one encrypted connection.

• One app with a proxy setting: SOCKS5 or HTTP
• Whole phone or whole computer: VLESS
• Apps that ignore proxy settings: VLESS
• Hostile or nosy local network: VLESS

Setting it up on a desktop

In the dashboard open your line and find the VLESS section. It shows a link that starts with vless:// and a QR code. Install an Xray-based client for your operating system; there are several well-known ones for Windows, macOS and Linux. Import the link by pasting it or by scanning the QR code. Pick the imported server, set the client to route all traffic or, if you prefer, only the apps you choose, and connect. That is the whole setup.

If the client offers a choice between tunnelling everything and using rules, start with everything. Rules are useful later when you want your local work to stay on your own connection and only certain apps to go through New York.

Setting it up on a phone

On Android install an Xray-based VPN-style client, scan the QR code from the dashboard, and connect. The system treats it as a VPN, so every app on the phone leaves through the New York line, including apps that would never honour a proxy setting. On iOS the process is the same with an Xray-capable client from the App Store. Set the phone's time zone to Eastern and its region to the United States before you start, or the phone itself will contradict the address.

A phone through VLESS over one of our lines is the most complete New York setup you can run from outside the city: real carrier address, real mobile device, every app included.

How to prove it is working

After connecting, open a browser on the device and load an IP check page. The provider should be the carrier you ordered and the city New York. Then open an app that was not configured for anything and check its view of where you are; a maps app or a weather app is a quick test. Then run a DNS leak test and confirm the resolvers are not your home provider's. Finally, rotate the line from the dashboard with the tunnel up and reload the IP page; the tunnel should survive the rotation and show the new address within a minute.

If the tunnel connects but pages do not load, the usual causes are a client set to a routing mode that excludes the browser, or a clock on the device that is badly wrong, which breaks the encrypted handshake. Fix the clock and set routing to all.

A few honest limits

VLESS adds a little latency compared with plain SOCKS5 because of the encryption and the extra hop to our endpoint, which is small but real. Speed is still set by the carrier signal at the device, 4G LTE typically 20 to 45 Mbps and 5G 50 plus Mbps. The tunnel does not change what the address looks like to a website, does not change the fair-use rule on data, and does not hide you from the platform you log in to; it moves your whole device onto the line and nothing more. Follow the rules of every service you use through it.

Frequently asked