Rotating proxies that change IP for you

A rotating proxy is a single front-door endpoint, often called a backconnect gateway, that sits in front of a large pool of IP addresses. Your client always connects to the same host and port, but the gateway maps each outbound request to a different address drawn from the pool. The result is that the destination website sees many distinct IPs over time even though your software only knows about one.

Two things happen on every request. First, the gateway authenticates you, either by your username and password or by checking your IP against a whitelist. Second, it selects an exit address according to the rotation rule attached to your session: a new IP per request, or the same IP held for a set window. Because the pool membership and selection logic live on our side, you get the benefit of address diversity without managing a list of individual proxies, rebuilding it as IPs age out, or load-balancing between them yourself.

Rotation changes how often your IP changes; the pool you attach it to decides what kind of IP you get. The two choices are independent, and getting the combination right matters more than either setting alone.

• Datacenter rotating ($2.49/GB): fastest and cheapest, ideal for high-volume requests against targets that do not scrutinise IP origin heavily.
• Residential rotating ($3.98/GB): real ISP-assigned addresses from ordinary home connections, suited to sites that treat datacenter ranges differently.
• Mobile rotating ($4.98/GB): carrier-grade NAT IPs shared by many real handsets, the natural choice for mobile apps and mobile versions of sites.
• Residential premium ($6.99/GB): a cleaner, more selectively maintained residential pool for the most demanding work.

Browse the full pricing table to weigh cost per gigabyte against the trust level each pool offers for your specific targets.

Setup is deliberately short. After ordering, you receive your gateway host, port and credentials with instant delivery. Drop those into your scraper, browser or HTTP client exactly as you would any proxy, and rotation is already active by default.

1. Choose your pool and country, then take the host:port we provide.
2. Pick an authentication method: username-password for portability across machines, or IP-whitelist for credential-free access from a fixed server.
3. Select the protocol your tool speaks: HTTP/HTTPS or SOCKS5.
4. Send a test request and confirm the exit IP on our IP checker.

To switch from per-request rotation to a held session, you append a session identifier to the username; reuse the same identifier to keep an IP, or change it to force a new one. No dashboards to wrestle with and no restart required.

Because rotation is exposed as a standard proxy endpoint, anything that accepts a proxy URL works without special handling. There is no SDK to install and no proprietary protocol to learn.

• HTTP libraries: Python requests and httpx, Node axios and got, Go net/http, PHP cURL, and Java OkHttp all take the gateway as a single proxy string.
• Scraping frameworks: Scrapy via its proxy middleware, Playwright and Puppeteer through their launch options, and Selenium via browser proxy settings.
• Command-line and ops tools: curl, wget and most CI runners read standard proxy environment variables.

Where username-password auth is awkward, switch to IP-whitelisting so the tool needs no inline credentials. For browser automation, the SOCKS5 endpoint often integrates more cleanly than HTTP. See proxies for scraping for framework-specific tips that pair naturally with a rotating setup.

Rotation and stickiness are two ends of the same dial. Per-request rotation gives you a new IP on every call, which spreads load and keeps any single address lightly used. Sticky sessions hold one IP for a fixed window so a multi-step interaction completes from one consistent origin.

You do not have to choose once and for all. With the same credentials you can run rotating workers for discovery and sticky workers for stateful flows in parallel. If your entire workload needs one unchanging address, a fixed assignment from static proxies is the cleaner fit.

Rotation and geo-targeting combine freely. You can ask the gateway to rotate only within a chosen country, or even a specific city, so every fresh IP still lands where your task needs it. With 55+ countries available, this lets you gather region-accurate data while keeping the address diversity that rotation provides.

Targeting is set through your session string or order configuration. For example, you can pin a session to United Kingdom exits and let the gateway cycle through many UK residential IPs, or split a job across several countries by running parallel sessions, each locked to its own region. City-level control is useful where results vary by metro area, such as local listings or regional pricing.

See the full list on our locations page. Bear in mind that narrower targeting draws from a smaller slice of the pool, so country-level rotation generally offers more unique IPs than city-level for the same window.

Rotation adds a routing hop, but the practical bottleneck is almost always the underlying pool rather than the gateway itself. Datacenter exits deliver the lowest latency and the highest sustained throughput, which is why they are the default choice for large rotating jobs where speed dominates. Residential and mobile exits trade some raw speed for trustworthiness, since the traffic travels over real consumer connections.

To get the most from a rotating setup, run requests concurrently rather than sequentially: because each request can land on a different IP, parallelism is where rotation shines. Keep per-request payloads lean, since billing is by the gigabyte and every redundant byte costs the same regardless of pool. Our network targets 99.9% uptime, so the gateway stays available even as individual pool members cycle in and out. If a particular exit is slow, the next request simply routes elsewhere, which smooths out tail latency across a long run.

Rotation spreads activity across many IPs, but the address type matters more for privacy. Datacenter IPs are quick and cheap yet sit in ranges that some sites recognise as commercial. Residential and mobile IPs originate from genuine consumer networks, and some sites treat them differently as a result.

We keep no logs of your traffic, and authentication is handled cleanly through either credentials or a whitelist, so your usage is not tied to a recorded trail on our side. That said, rotation is a tool for distributing legitimate traffic, not a guarantee of invisibility. Modern sites combine many signals, including request patterns, headers and browser fingerprints, and a proxy does not change their rules or how they detect automated traffic.

We do not promise that any configuration will bypass blocks or bans. Always operate within the terms of service of the sites you reach and within applicable law. Check what a target currently sees from your session using our IP tool.

Every pool is billed by the gigabyte on pay-as-you-go terms with a fixed 30-day validity, so rotation never carries a separate subscription or per-IP fee. You pay only for the bandwidth you consume, whichever rotation mode you use.

Because there are no contracts, you can start on cheaper datacenter rotation, measure your success rate, and step up to residential only for the targets that need it. Full details sit on the pricing page.

Rotation is a behaviour you layer on top of a pool, so the real comparison is rotating versus static, and which pool sits underneath.

• Rotating vs static: rotation spreads many requests across many IPs and suits discovery and bulk fetching; static proxies hold one address for sessions that must stay consistent.
• Datacenter vs residential rotation: datacenter wins on speed and cost; residential wins where a site expects home connections.
• Mobile rotation: mobile offers carrier IPs for mobile-first apps and sites, at a higher price.

A common pattern is to run rotating datacenter for the easy bulk of a job and reserve rotating residential for the fraction of targets where datacenter does not work well. Mixing pools under the same pay-as-you-go account keeps costs proportional to where the difficulty actually lies.

Rotating proxies scale horizontally with very little friction, because adding workers simply pulls more IPs from the same shared pool. A few habits keep large runs efficient and respectful of the targets you reach.

• Concurrency over speed-per-request: add workers rather than hammering one IP, so the pool absorbs load evenly.
• Match rotation to task length: per-request for stateless calls, sticky windows for anything that needs a stable cookie.
• Cap and retry sensibly: on a soft failure, wait and retry with a growing delay rather than firing the request again straight away.
• Watch bandwidth: compress responses and skip assets you do not need, since every gigabyte is billable.
• Segment by region: run one session per target country to keep geo-accuracy clean.

Rate-limit yourself to a pace the target can handle; spreading IPs is not licence to overwhelm a server.

Most rotating-proxy problems come down to a handful of recurring mistakes.

• Rotating mid-session: if logins or carts break, you are likely getting a new IP between steps; attach a sticky session identifier instead.
• Never rotating: if every request shows the same IP when you expected variety, you probably reused one session string everywhere; vary it or use per-request mode.
• Auth failures: double-check whether your account is set to username-password or IP-whitelist, and that your server's current IP is on the list.
• Wrong country: confirm the session is pinned to the region you intended, then verify the exit on our IP checker.
• Protocol mismatch: a tool expecting SOCKS5 will fail against an HTTP-only config and vice versa.

If results still look off, our 24/7 support can confirm your gateway settings, and the FAQ covers the most frequent fixes.

Used responsibly, rotating proxies are a legitimate way to distribute requests, gather public data and test services from multiple vantage points. Budget Proxies keeps no logs of your traffic and supports both credential and whitelist authentication so access stays under your control.

Responsibility sits with you as the operator. Always respect the terms of service of the sites you connect to, honour robots directives where they apply, and stay within the data-protection and computer-misuse laws of your jurisdiction. Do not use rotation to attempt account takeovers, evade enforced bans, send unsolicited messages, or access systems you are not authorised to reach.

We provide the network and the rotation mechanism; we do not provide a promise that any configuration defeats a site's defences, and we expect customers to use the service for lawful, terms-compliant purposes only. If you are unsure whether a use case is appropriate, our support team is available around the clock to talk it through before you start.

A few concrete examples show how rotation maps onto everyday tasks.

• Price monitoring: per-request rotation on datacenter IPs fetches thousands of product pages cheaply, with each request landing on a fresh address.
• Localised SERP and listing checks: country-pinned residential rotation returns results as a real visitor in that region would see them.
• Ad and content verification: mobile rotation confirms how a campaign renders to genuine handset traffic across carriers.
• Multi-step research: a sticky session completes a login-and-browse flow, then the worker releases the IP and the next task rotates onward.

The same pay-as-you-go account covers all of these, so a single project can mix rotating datacenter for volume and rotating residential for sensitive targets. For deeper, framework-level guidance on data collection, see proxies for scraping.