Mobile Proxy
A proxy that routes traffic through real 4G/LTE mobile carrier connections, giving you a real carrier IP address.
Mobile proxies route your requests through real mobile devices connected to carrier networks (4G/LTE). The IP address you get belongs to a mobile carrier like AT&T, T-Mobile, or Vodafone - not a datacenter or home ISP.
Mobile IPs have the highest trust scores of any proxy type. They are harder to block than residential IPs because mobile carriers use CGNAT (Carrier-Grade NAT), which means thousands of real users share the same IP. Blocking a mobile IP blocks many legitimate users - so sites are much more reluctant to do it.
This makes mobile proxies the best option for platforms that aggressively protect against automation: Instagram, TikTok, Twitter, Facebook, and mobile-first apps. The carrier network origin makes traffic nearly indistinguishable from a real smartphone user.
Mobile proxies are the most expensive proxy type because they require real physical SIM cards and mobile devices. The cost is justified for targets that block everything else.
Mobile IPs rotate when the mobile device reconnects to the carrier network (between sessions) or on demand via an API that triggers a reconnect. Session durations vary - check your provider for rotation options.
Why carrier addresses carry more trust
Mobile networks do not give every phone its own public address. Thousands of subscribers sit behind carrier-grade NAT and leave through a small pool of shared addresses. That single architectural fact is the whole reason mobile proxies work.
A site that bans a mobile address bans everyone behind it, which on a busy carrier means thousands of real customers. Platforms know this, so their thresholds for mobile ranges are far more forgiving than for hosting ranges. The address is not cleaner, it is more expensive to punish.
The address changes when the modem reconnects to the carrier, because it gets whatever the pool hands out next. This is why rotation on mobile is a physical event rather than a routing decision: the session drops, the modem reconnects, a new address arrives.
The cost follows from hardware. Somebody has to own a modem, a SIM and a data plan in that country, and rent it to one customer at a time. That is why mobile is priced per day rather than per gigabyte or per month.
How ours are set up
Twenty-six countries with carrier choice inside each, and three ways to change the address:
Rotation modes
On demand open the rotate link from the dashboard
By timer set an interval in seconds, 0 turns it off
Never leave the interval at 0 and the address holds
Swap replace the modem entirely without buying a new term
From $5.76 per day. Ports differ per modem, take them from the dashboard.- Start with a single day. A modem that works against your target on day one works on day thirty, and a bad one costs you $5.76 rather than a month.
- Set the OS fingerprint to match the profile behind the modem: android, ios, macosx or windows.
- Rotate before a risky action rather than after a block. Once the account is flagged, a new address does not undo it.
- The same address sometimes comes back after a rotation, because the carrier pool is small. Rotate again, and if it repeats, swap the modem.
Where mobile is misunderstood
Not a private address
You rent the modem, not the address. Thousands of real subscribers share the exit, which is exactly what makes it valuable.
Not fast
Mobile networks add latency and vary through the day. Buying mobile for a scraping job that needs throughput is the wrong tool at the highest price.
Not a fix for a flagged account
Reputation attaches to the account as well as the address. Moving a burnt account to a fresh modem rarely revives it.
Not unlimited rotation
Each rotation is a real reconnect that takes seconds and sometimes returns the same address. Scripts that rotate per request will spend their time waiting.
See this in practice
Ready to use mobile proxy?
SotaProxy gives you access to rotating residential, mobile, datacenter, and ISP proxies. No minimum commitment.
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