Auto rotating proxy: timed IP cycling on a 4G/5G pool
An auto rotating proxy changes your exit IP on a clock. Pick an interval — 30 seconds, five minutes, an hour — and the gateway swaps in a new mobile IP on its own. Your code never has to call a rotate endpoint, and there is no cron job or manual trigger to wire up. Set the cadence once and the pool keeps moving underneath you.
Timed rotation runs on a clock, not your code
Auto rotation fits work where you want fresh IPs on a schedule rather than on every request. Set the cadence once and the gateway handles the rest.
Timed rotation, hands off
Auto rotation fits work where you want fresh IPs on a schedule rather than on every request. Long-lived workers, monitoring jobs, and anything that runs in a steady state do well with a new IP at a fixed interval. The gateway makes the swap inside the same connection contract, so the only thing your client sees is a different source IP on the first request after the timer fires.
Why a 4G/5G mobile pool
The rotation runs over a pool of real 4G and 5G carrier IPs. Those ranges sit behind carrier-grade NAT and are shared by thousands of actual subscribers, so each exit reads like an ordinary phone on a real network. When the timer moves you to the next IP, you land on another genuine carrier address rather than a flagged datacenter block — which is what keeps automated traffic from sticking out over a long run.
Pick your interval
Short intervals give you the most IP diversity, which suits spread-out, low-touch jobs. Longer ones keep you on one IP long enough to finish a multi-step task before the next swap. Since the cadence is yours, you can trade freshness against session stability without touching application logic. Pair a short auto-rotate interval with concurrent workers and you cover a large slice of the live pool fast.
When auto beats manual
Manual rotation shines when your code knows the precise moment to switch. Auto rotation earns its keep when there is no clear trigger and you just want steady freshness. Plenty of teams run both: auto rotation sets the baseline cadence, and an explicit rotate call handles the moments that actually matter.
Built for hands-off, long-running jobs
Interval you set
Choose a cadence from ~30s to an hour or more; the gateway cycles the exit IP on that clock automatically.
No rotate call
The timer lives server-side, so there is no cron, no scheduler, and no rotate endpoint to wire into your code.
Real carrier exits
Every swap lands on a genuine PL 4G/5G IP behind carrier-grade NAT, not a flagged datacenter block.
Stable connection contract
Your client keeps the same gateway and credentials; only the source IP changes after the timer fires.
Auto rotation at a glance
Auto rotating proxy questions
What is an auto rotating proxy?+
What interval can I set?+
Do I need a cron job or a code change?+
When does timed rotation beat on-demand?+
Set your first rotation interval
Sizing the pool
Running concurrent workers on a short cadence? Check the pricing for per-IP rates, then create an account and set your first auto-rotate interval in under 90 seconds.
Test the rotation before you pay
Take the pool for an hour, free — no card. Watch IPs rotate on your schedule and hold sticky sessions where you need them, then pick a plan.