VLESS on a Florida Mobile Proxy, Step by Step

HTTP and SOCKS5 cover most proxy work, but some jobs want the whole device to leave through the Miami line: a phone whose every app should see a Florida carrier address, a laptop running tools that do not have a proxy setting, or a tester who wants UDP traffic to follow the same path as the browser. For those, every Florida Proxies line also offers a VLESS endpoint that any Xray-compatible client can use. This guide shows where to find it, how to set up a client in order, what a sample link and config look like with placeholders, and what to check once it is connected.

What VLESS gives you on a Miami line

VLESS is a lightweight transport used by the Xray family of clients. Instead of pointing one application at a proxy host and port, you import a single link into a client app and the client builds a tunnel; everything you route through it, browser, apps, command-line tools, leaves through the SIM in our Miami rack and arrives at the internet as an AT&T, T-Mobile or Verizon address in Florida. UDP travels the same way, which matters for apps that are not plain web traffic.

It is the same line and the same address as the HTTP and SOCKS5 ports, just a different door. Rotation, sticky behaviour, speeds, the plan you bought, all unchanged. If you have a line already, you have VLESS already.

Find the link in the dashboard

Open the Florida Proxies dashboard, select the line, and look for the VLESS section alongside the HTTP and SOCKS5 details. It shows a link beginning with vless:// and a QR code of the same thing. The link contains the line's UUID, the host and port, and the transport parameters the client needs. Treat it like a password; anyone with the link can use your line.

The link looks like the example below, with placeholders where your dashboard shows real values. Copy it whole; clients parse it and fill in every field themselves.

vless://<uuid>@<host>:<port>?encryption=none&security=<security>&type=<transport>#Florida-Proxies-Miami

• Florida Proxies dashboard

Set up a client, in order

Any Xray-compatible client works. On Android, v2rayNG or Hiddify are common. On iOS, Shadowrocket imports the same link. On Windows, macOS and Linux, v2rayN, Hiddify or a plain Xray core with a JSON config. The steps are the same across all of them: import, choose, connect, verify.

On a phone, the client installs itself as a VPN profile so every app is routed. That is the whole point for phone work, but remember it also routes your messaging apps and your bank app through a Miami address; if that is not what you want, use the client's per-app routing to limit it.

1. Install an Xray-compatible client on the device: v2rayNG or Hiddify on Android, Shadowrocket on iOS, v2rayN or Hiddify on desktop.
2. In the client choose import from clipboard or scan QR, and paste or scan the vless:// link from the Florida Proxies dashboard.
3. Select the imported profile, which will be labelled with the name at the end of the link.
4. Set routing to send all traffic through the tunnel, or choose the apps that should use it.
5. Connect, then open a lookup page and confirm a carrier organisation and a Florida location.
6. Set the device clock and region to Eastern time and the US so they agree with the address.

A sample Xray outbound

If you run Xray core directly, for example on a laptop or a small server that should route a tool through the Miami line, the outbound is short. Replace the placeholders with the values from your dashboard, keep the rest, and point the tool at the local inbound that Xray exposes. The security and transport values must match the link exactly; if the dashboard link says a particular transport, use that one.

The snippet below is the outbound section only. Your inbound can be a local SOCKS5 or HTTP listener, which lets the same applications that already speak those protocols use the tunnel without any changes.

{

  "outbounds": [{

    "tag": "florida-proxies",

    "protocol": "vless",

    "settings": { "vnext": [{

      "address": "<host>",

      "port": <port>,

      "users": [{ "id": "<uuid>", "encryption": "none" }]

    }] },

    "streamSettings": { "network": "<transport>", "security": "<security>" }

  }]

}

Checks once connected

Four quick checks. An address lookup should show a carrier as the organisation and Florida as the location; if it shows your own ISP, the client is not routing. A DNS leak test should show resolvers reached through the tunnel rather than your home ISP's; most clients have a setting to route DNS through the proxy, and it should be on. A time zone check should say Eastern, which is a device setting, not a tunnel setting, so set it by hand. And a UDP check, if your work needs it, can be as simple as an app that only works over UDP behaving normally.

If a check fails, the usual causes are a link copied with a missing character, a security or transport value that does not match the dashboard, or a device clock that is far off, which some transports reject. Fix those first; if the link still refuses to connect, send the line name and the client you are using to support by email or through the Telegram bot and a person will look.

• Address lookup: carrier organisation, Florida location.
• DNS leak test: resolvers behind the tunnel, not your ISP.
• Time zone: Eastern, set on the device.
• UDP: apps that need it behave normally through the tunnel.

Rotation and sticky behaviour over VLESS

Nothing changes. The tunnel rides on the same SIM, so the address stays sticky until you rotate from the dashboard, the rotation link, the API or a timer, and after a rotation the tunnel keeps working on the new Florida address without reconnecting. Speeds are the line's speeds, 4G typically 20 to 45 Mbps and 5G 50 Mbps and up, and there is no data limit beyond the fair-use expectation of proxy work rather than bulk transfer. Plans start from $2 for 2 hours or $5 a day, and the VLESS door is included with every one.

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