4G Mobile Proxies

What 4G LTE mobile proxies are and how they work

A 4G mobile proxy routes your request through a device sitting on a real 4G LTE cellular network. When that device connects over LTE, the carrier assigns it a public IP from a shared block, and because carriers run carrier-grade NAT (CGNAT), a single public address can represent thousands of separate subscribers at the same time. To a website, traffic from a 4G mobile proxy is indistinguishable from any one of those subscribers browsing on their phone. There is no clean way to tell automated traffic apart from genuine handset traffic, and blocking the IP outright would lock out a large pool of real mobile customers. That shared, organic footprint is the single reason 4G LTE IPs carry the highest trust of any proxy type. Our 4G proxies are not a separate product or a separate pool; they are the LTE facet of the same 1M+ mobile proxies network, which also spans 3G and 5G mobile proxies, all delivered through one gateway at one price.

Why carrier IPs beat datacenter and residential on the toughest targets

Datacenter ranges are published and trivial to fingerprint, and even residential IPs map to a single household that a site can profile over time. 4G carrier IPs do neither. They rotate naturally as the carrier reassigns addresses, they sit behind CGNAT shared by a constantly shifting crowd of devices, and their ASN belongs to a recognised mobile operator rather than a hosting company. Anti-bot systems that aggressively challenge datacenter and even residential traffic routinely wave 4G LTE IPs straight through, because the false-positive cost of blocking a real subscriber is simply too high. When a target is so strict that nothing else gets through, a 4G mobile proxy is usually the answer. The trade-off is speed: 4G rides a real cellular connection, so it is slower than a datacenter or IPv6 IP. Every proxy type is included in one plan at the same price, so 4G is best reserved for the targets that genuinely demand carrier-grade trust, chosen by fit rather than by cost.

Rotating vs sticky 4G mobile proxies

Both modes ship in every plan and switch from your dashboard with no code change. Choose rotating mobile proxies when you want a fresh 4G carrier IP on every request for maximum spread across the pool, which suits wide data collection, broad account warming and any job where each request should look like a different subscriber. Choose sticky mobile proxies when a task needs to stay on the same 4G IP for the length of a session, such as logging into an account, completing a multi-step checkout, or holding one identity steady while you operate it. Many teams mix both: sticky for the stateful steps that must persist, rotating for the high-volume steps that benefit from spread. There is no extra fee for either mode, and no separate plan to buy.

Best uses for 4G mobile proxies

4G mobile proxies shine on the toughest, most heavily protected targets. For social media management and automation, platforms expect their users on phones, so a 4G carrier IP is the most natural fit for running and warming accounts without tripping defences. For app testing, LTE IPs let you verify how a mobile app or API behaves for real users on cellular data, including features that only unlock off Wi-Fi. For ad verification, advertisers need to confirm that mobile creatives render correctly and are not being defrauded as seen by an actual phone on a 4G network in a specific country. They are also strong for sneaker and release drops, account creation, and any data source that hard-blocks everything but genuine mobile traffic. If a task does not specifically need mobile-grade trust, a faster proxy type will usually do, but when a target resists every other option, a 4G mobile proxy is what gets you in. All types ship in one plan at the same price, so you pick 4G by the target, not the cost. The natural home for much of this work is social media management, where carrier trust matters most.