Rotating Proxies, a New IP on Every Request

How a rotating IP proxy service works

A rotating proxy is a delivery method, not a single IP. You connect to one gateway endpoint with your credentials, and that gateway is the proxy IP rotator: it chooses a new exit IP from the pool on every request you send, so the proxy rotates the IP on each request automatically. The next request gets another IP, and so on. From your code's point of view nothing changes between requests. You always point at the same host and port. Behind the gateway, though, every request leaves from a different address, which is exactly what high-volume work needs. There are no IP lists to download, no rotation timers to maintain, and no logic in your own application to retire IPs that have gone stale.

This matters because almost every website limits how many requests it will accept from one IP in a given window. Send too many from a single address and you get throttled, served a CAPTCHA, or blocked outright. Rotation sidesteps that ceiling by distributing your requests across a 100M+ pool, so no individual IP ever looks like a bot. The larger and more diverse the pool, the harder it is for a target to fingerprint and stop your traffic.

What rotating proxies are best for

Rotation shines whenever each request can stand on its own. High-volume web scraping is the classic case: collecting product catalogs, listings, articles or research data at a scale that would get a single IP banned in minutes. SERP and rank tracking needs a fresh IP per query so search engines return clean, unbiased, localized results instead of a personalized or rate-limited page. Price and competitor monitoring works the same way, pulling thousands of price points across marketplaces without any one IP being flagged for scraping. Ad verification relies on rotation to check how campaigns render to many different visitors in many different places.

The common thread is that these jobs are stateless. You do not need the second request to come from the same place as the first, so a new IP every time is a feature, not a problem. If anything, looking like a different visitor on each request is the whole point.

Rotating vs sticky: when to use which

The opposite delivery method is the sticky proxy, which holds the same IP for the length of a session instead of swapping it every request. The two methods solve different problems, and most serious projects use both.

Reach for rotating when each request is independent and you want maximum spread across the pool: bulk scraping, search results, price feeds and ad checks. Reach for sticky when a task spans several requests that must come from one consistent IP: logging into an account, filling a multi-step form, keeping a shopping cart alive, or running an AI agent through a workflow where switching IPs mid-task would break the session or trigger a security review. A rough rule: if changing IP between two requests would break the task, you want sticky; if it would not, rotating is faster and safer for the target. Both methods are included in the same plan and use the same gateway, so you can mix them per job without switching vendors.

One pool, every IP type

Rotation is the method. The IP type is a separate choice, and all four rotate through the same gateway. Datacenter IPs are the fastest for public data that does not hard-block bots. Residential and mobile IPs are real consumer addresses that pass the anti-bot checks which reject datacenter traffic, with mobile being the hardest of all to detect. IPv6 gives you an enormous address space and the widest IP spread for bulk jobs. Every type lives in one plan at one price, so you never pay more for one over another; you just switch the gateway port to match the IP to the target and let rotation handle the rest. The four cards below link to each rotating type in detail.