Proxynator blog
Plain-language guides on mobile IPs, rotation, running proxy phones around the clock, and wiring proxies into browsers and code.
Many carriers give phones both an IPv4 and an IPv6 address. Here is why an IP checker sometimes shows the IPv6 one through your proxy, and what that means for your work.
Agencies and in-house teams often run dozens of social, ad and marketplace accounts. Here is how to keep them separate and stable with mobile proxies, without breaking platform rules.
Working examples for curl, Python and Node.js: send requests through your mobile proxy, check the exit IP, rotate it from code, and retry cleanly while the phone reconnects.
Both protocols get your traffic to the same exit IP, but they work differently. Here is how HTTP and SOCKS5 proxies handle connections, HTTPS and DNS, and which one your tool wants.
A proxy phone has to stay online for months without anyone touching it. These are the Android settings, charging habits and placement tips that make that possible.
You don't need a flagship to run a mobile proxy. Here is what actually matters in a proxy phone and its SIM card, and how to avoid the models that cause trouble.
Keep the same IP, or change it often? The right answer depends on whether the site remembers you between requests. A practical guide to sticky and rotating sessions.
A phone gets a new public IP when it drops off the mobile network and comes back. Here is what happens during a rotation, how long it takes, and five ways to trigger one.
Three kinds of proxy, three very different reputations. We compare datacenter, residential and mobile proxies on trust, speed, control and cost, and say which job each one suits.
A mobile proxy routes your traffic through a real phone on a cellular network. Here is how that works, why websites trust those IPs, and when it is the right tool.
