Guide

VLESS on a Houston Mobile Proxy: When and How to Use It

Most customers use a Houston line as a plain proxy: host, port, username, password in a browser or script. For some jobs that is awkward, especially on a phone, in an app that has no proxy setting, or on a connection that chews up plain proxy traffic. VLESS over Xray solves that by wrapping the whole device's traffic in one encrypted tunnel that exits from the Houston SIM. Here is what it is, when to bother, and how to set it up.

What VLESS actually is

VLESS is a lightweight tunnelling protocol handled by the Xray core. A client on your computer or phone makes one encrypted connection to a VLESS endpoint, and everything you send through that connection comes out the far end, which in our case is the Houston carrier line. To the websites you visit, nothing has changed: they see a request from an AT&T, T-Mobile or Verizon address in Houston. To the network between you and us, they see one TLS-looking stream and nothing else.

The protocol itself does not alter rotation, speed or geolocation. The tunnel is a transport; the SIM is still the thing doing the talking. Speeds remain 4G LTE typically 20–45 Mbps, 5G 50+ Mbps, depending on carrier signal at the device.

When to use it instead of HTTP or SOCKS5

Plain logins are simpler and should be your default. Reach for VLESS in a few specific situations.

  • A phone or tablet where you want every app, not just the browser, to leave from Houston
  • An app with no proxy setting at all, on any platform
  • A network that interferes with plain proxy connections, such as some corporate or hotel Wi-Fi
  • A long-running session where you want a single stable tunnel rather than per-request proxy auth
  • App testing on real Texas carrier networks, where the whole device must be on the line

Setup outline on a computer

Open the line in the dashboard and copy its VLESS link; it is a single long string starting with vless:// that carries the server, the port, the UUID and the transport settings. Install an Xray-based client for your system. On Windows and Linux the common choices are v2rayN and Nekoray; on macOS, V2Box or Nekoray. Import the link, which fills in the server fields automatically, then enable the client's system proxy or TUN mode so that the whole machine routes through the tunnel.

That is it on the client side. If you prefer a configuration file, the same values go into the outbound section of an Xray config: protocol vless, the server address and port, the UUID as the user id, and the transport and TLS settings from the link. Keep the link private; it is a credential, the same as your proxy password.

Setup outline on a phone

On iPhone, Shadowrocket or V2Box both import a VLESS link from the clipboard and turn the whole device onto the tunnel with one switch. On Android, v2rayNG or NekoBox do the same. After importing, start the tunnel, and every app on the handset now talks to the internet from the Houston SIM. This is the setup we suggest for testing an Android or iOS app on a real Texas carrier path, or for running a mobile-only service from a Texas address without a desktop in the way.

Set the phone's time zone to Central and its region to the United States for consistency. The tunnel changes the address, not the device's own settings.

How to verify it is working

With the tunnel up, open a lookup page and check three things: the address belongs to AT&T Mobility, T-Mobile USA or Verizon Wireless; the location is Houston or Texas; and the address is different from what the same page shows with the tunnel off. Then run a short speed test and compare with the speed you get through the plain proxy login; the two should be close, since the SIM is the limit in both cases.

If a lookup shows your home address, the tunnel is not routing the whole system. Turn on TUN or system-proxy mode in the client. If the client cannot connect at all, re-import the link from the dashboard, since a rotation of the port can make an old copy stale, and check that the client supports the transport named in the link.

Rotation with a tunnel up

Rotation works the same way: dashboard, rotation link, API or timer, with no wait between changes. The tunnel stays up through a rotation; only the public address at the Houston end changes. If a site had you logged in, it may ask again, as it would after any address change. For sticky sessions just leave the line alone and the carrier holds the address.

Frequently asked

Is VLESS faster than the HTTP login?

About the same. The SIM and the carrier signal set the speed in both cases. VLESS helps with convenience and whole-device routing, not raw throughput.

Does VLESS hide that I am using a proxy from the website?

Websites already see only the carrier address, with or without the tunnel. What VLESS hides is the proxy traffic from the network between you and the Houston line.

Which client should I start with?

v2rayN on Windows, Nekoray on Linux, V2Box on macOS, Shadowrocket or V2Box on iPhone, v2rayNG on Android. Any Xray-based client that imports a vless link works.

Can I use the plain login and the tunnel at the same time?

Yes. Both are routes onto the same Houston SIM. Use the plain login in a browser profile and the tunnel on a phone, for example, as long as you remember both share one address and one identity.

USA mobile proxies on hardware we own

Real 4G and 5G carrier IPs in eight US metros, with unlimited rotation, sticky sessions and HTTP(S) or SOCKS5. Try a line by the hour from $2 for the first two hours, or take a full day from $5; the hours you paid count toward the day.

View plans See all locations

More guides

All Texas Proxies resources →