Rotating Mobile Proxies
Route every request through a 1M+ pool of real 3G, 4G and 5G IP addresses handed out by mobile carriers to genuine smartphones. Each request exits from a different cellular IP, so even the hardest app-grade targets see ordinary phone traffic instead of a bot. It is the highest-trust way to collect data at scale, because carrier IPs sit behind Carrier-Grade NAT where thousands of real users already share each address.
1M+ mobile IPs Highest anti-block trust Trusted since 2014
The IPs sites trust the most
Cellular IPs read as real smartphones, and rotating them per request spreads a big job across thousands of carrier addresses.
Highest IP trust
Each exit is a real carrier IP shared by many phone users behind CGNAT. Targets cannot block it without blocking real customers, so cellular traffic gets the benefit of the doubt.
New IP per request
Every request you send exits from a different mobile IP, handled at the gateway. No proxy lists, no rotation code, no dead-IP handling to maintain.
3G, 4G and 5G pool
1M+ IPs spread across 3G, 4G and 5G carrier networks. The mix of cell generations and operators keeps your footprint diverse and hard to fingerprint.
Beats the toughest blocks
Rotating across carrier IPs keeps any single address well under per-IP rate limits, so the CAPTCHAs and bans that hit datacenter scrapers rarely fire.
All types, one plan
Mobile sits alongside residential, datacenter and IPv6 in a single pool. Switch types from your dashboard without touching your code.
One gateway endpoint
Standard HTTPS and SOCKS5 through a single host. Drop it into cURL, Python, Scrapy or your rotating proxy API in minutes.
What rotating mobile proxies are and where the IPs come from
A rotating mobile proxy routes your request through an IP address that a mobile carrier assigned to a real cellular connection, then hands you a different carrier IP on the next request. The address belongs to a genuine 3G, 4G or 5G data connection on a network like the ones running real smartphones, not to a server in a hosting facility. That origin is the entire advantage. When a target inspects the IP, it sees an ordinary phone on an ordinary mobile network, and mobile networks are the single hardest category to block because so many real customers share each address. The IPs are carrier-assigned, spread across a 1M+ pool, and the gateway rotates them for you so any single mobile address only ever carries a sliver of your traffic.
The reason mobile IPs read as so trustworthy comes down to Carrier-Grade NAT. To stretch a limited supply of public IPv4 addresses, carriers put thousands of subscribers behind each public IP, so a single cellular address can represent a whole tower of real people at once. A site that blocks that address risks shutting out hundreds of genuine paying customers, so anti-bot systems are far more cautious with cellular ranges than with datacenter or even residential IPs. Rotate across a million of those addresses and you get the trust of a phone with the throughput of a proxy network.
Why rotation matters for large-scale collection
Rotating mobile proxies are built for the jobs where you need both volume and the highest possible trust at the same time. The new-IP-per-request model is what makes that volume safe: instead of pushing thousands of requests through one address until it trips a rate limit, you spread every request across the pool, so no single carrier IP ever looks busy enough to flag. That is the difference between a crawl that quietly finishes and one that drowns in CAPTCHAs halfway through. For heavy web scraping against well-defended targets, mobile rotation keeps your success rate high where datacenter IPs would be blocked outright and residential IPs would slow down.
The classic high-value fits are the targets that fingerprint aggressively. Sneaker and limited-release sites rate-limit and block datacenter ranges on sight, so a rotating mobile pool gives each attempt the look of a different phone. Mobile-first ad verification needs real cellular exits because many networks serve different creatives, prices and placements to phone traffic than to desktop. Price and availability monitoring on app-driven marketplaces returns the mobile view of the catalog, which often differs from the web. And large account-discovery or research sweeps across social platforms lean on cellular IPs because those platforms treat phone networks as their most trusted source of traffic. The common thread is simple: when the target is hard and the volume is high, rotating mobile is the type that finishes the job.
Rotating mobile versus the other proxy types
Every plan ships all four proxy types in one plan at the same price, so the real question is when mobile rotation earns its place. Reach for it when trust is the bottleneck and the target actively blocks other IP types. For pure high-volume public scraping where the site does not fight back, datacenter proxies are faster, and IPv6 proxies give the widest IP spread. Residential proxies sit in the middle: very high trust on real home lines, ideal when you need real-user reputation but not the absolute top tier. Mobile is the highest-trust tier, reserved for the hardest app-grade targets where being seen as a phone is the only thing that consistently works. Because every type is included at the same price, you match the type to the target, not the budget. Switch types in the dashboard and the same gateway, the same code and the same credentials keep working.
Rotating or sticky mobile?
Both modes ship in every mobile plan. Choose rotating mobile proxies, on this page, when you want a fresh carrier IP on every request for large crawls, parallel jobs and high-volume collection. Choose sticky mobile proxies when you need the same carrier IP to hold for a whole session, which is what social media accounts, app testing and multi-step mobile flows require. You move between them from your dashboard without changing a line of code.
Mobile vs residential, datacenter and IPv6
All four proxy types come in one plan. Here is where rotating mobile fits against the rest.
| Property | Mobile | Residential | Datacenter | IPv6 |
|---|---|---|---|---|
| IP source | Real 3G/4G/5G carrier networks | Real ISP home connections | Hosting / server ranges | Large IPv6 address blocks |
| Detectability / trust | Highest trust | Very high trust | Lower trust | Moderate trust |
| Speed | Moderate | Fast | Fastest | Fast |
| Pricing | One plan | One plan | One plan | One plan |
| Best for | The toughest, app-grade targets | Ad verification, sneakers, social, reviews | High-volume public scraping | Bulk crawling, widest IP spread |
Send a request through a mobile IP
Grab your gateway host, port and credentials from your dashboard, then route any request through it. The mobile IP rotates automatically.
curl -x https://USER:PASS@gateway.proxyrotator.com:8080 https://api.ipify.org # run it again, you exit from a different mobile IP
import requests
proxies = {
"http": "https://USER:PASS@gateway.proxyrotator.com:8080",
"https": "https://USER:PASS@gateway.proxyrotator.com:8080",
}
for _ in range(3):
r = requests.get("https://api.ipify.org", proxies=proxies, timeout=20)
print(r.text) # a new mobile IP each time
Your real gateway host, port and credentials appear in your dashboard after signup. Prefer IP whitelisting? Add your server IP in the dashboard and drop the USER:PASS@ part. The gateway also speaks SOCKS5.
Rotating Mobile Proxies FAQ
What is a rotating mobile proxy?
How many mobile IPs are in the pool?
Why are mobile proxies so hard to block?
What is the difference between a 4G and a 5G rotating proxy?
What are rotating mobile proxies best used for?
How is mobile different from residential and datacenter?
Can I keep the same mobile IP instead of rotating?
Which protocols and auth methods are supported, and how much does it cost?
Get mobile IPs the hardest targets trust
Route every request through 1M+ real 3G, 4G and 5G carrier IPs, with a new mobile IP per request over HTTPS and SOCKS5. Trusted since 2014, from $24.95/mo.