Real Android phones
Your traffic leaves through a physical Android phone on mobile data, with Wi-Fi switched off. No datacenter ranges, no VPN servers.
US mobile proxies · T-Mobile 4G/5G
Your own SOCKS5 port on a real Android phone on T-Mobile’s 4G/5G network. A private rotate link gets you a new IP in about 10 seconds. Pay with USDT or USDC.
Built for people who run social and e-commerce accounts. Every order is screened.
What you get
Made for people who run social and e-commerce accounts and want a real US mobile IP, a login of their own and a fast way to get a fresh IP.
Your traffic leaves through a physical Android phone on mobile data, with Wi-Fi switched off. No datacenter ranges, no VPN servers.
US carrier IPs from T-Mobile’s mobile network. Every few minutes we check that each phone still exits over mobile data, and pull any phone that doesn’t.
A port number, username and password that belong to you for the whole plan. Your login is never handed to anyone else.
Standard SOCKS5 with a username and password. Paste it into your browser, app or script. Use socks5h:// and DNS lookups go through the phone too.
Every port has its own rotate link. Open it, or call it from a script, and the phone reconnects with a new IP, usually in about 10 seconds.
Pay with USDT or USDC. Once the payment confirms on-chain, your port is set up automatically and your login lands in your dashboard and inbox.
How it works
No software to install. If your tool speaks SOCKS5, it works.
Sign up with your email. Tell us what you’ll use the proxy for and on which sites. That’s what every order is checked against.
Choose a plan and pay with USDT or USDC. Once the payment confirms, your port is set up automatically. Some orders get a quick manual review before checkout.
Copy host, port, username and password from your dashboard into any SOCKS5 client. Open your rotate link whenever you want a new IP.
# check your exit IP through the proxy
$ curl -x socks5h://USER:[email protected]:PORT https://api.ipify.org
172.58.•••.•••
# want a new IP? call your private rotate link
$ curl "YOUR_ROTATE_LINK"
{"rotated":true,"old_ip":"172.58.•••.•••","new_ip":"172.56.•••.•••","seconds":11}
Pricing
Every plan is one SOCKS5 port on a real phone, with its own login and rotate link. Pay in crypto. Nothing renews automatically.
Pay with USDT or USDC. Prepaid, nothing renews automatically.
Acceptable use
Every order is screened. At sign-up you tell us what the proxy is for and which sites you’ll use it on, and every order is checked against that.
Break the rules and your port is cut off with no refund. We don’t read your traffic, but we do keep connection logs (destinations, times and data volume) so we can act on abuse reports.
Read the full Terms & Acceptable UseReport abuse: [email protected]
FAQ
Your own SOCKS5 port on a real Android phone on T-Mobile’s US 4G/5G network, for the length of your plan. It comes with its own username, password and private rotate link.
No. It’s a mobile carrier IP, and the carrier can change it at any time. When you want a fresh one, open your rotate link.
Usually about 10 seconds: the phone drops off the network, reconnects, and we check for the new IP. Now and then it takes longer. You can rotate once every 30 seconds.
Not right now. Ports are SOCKS5 only, with a username and password. Most browsers, automation tools and scripts support SOCKS5.
T-Mobile, in the United States. We don’t offer other carriers or city-level targeting.
With USDT or USDC. Pick a plan and a coin, then send the exact amount shown. Your port is set up automatically once the payment confirms on-chain.
Every order is screened against the use and the sites you declared at sign-up. Most go straight through. Some get a quick manual review, and we email you once it’s approved.
Plans are prepaid and nothing renews automatically. Renew before the end date to keep the same port, login and rotate link. Once a plan ends, the port is switched off and goes back into the pool.
Plans can’t be refunded once your port is issued. If we ever suspend a port by mistake, we switch it back on and add the downtime to your term.