Get a new IPv6 address on every single request from a pool of roughly 80 octillion IPv6 addresses. IPv6 uses a 128-bit address space so vast that this pool gives rotating IPv6 the widest IP spread for huge crawls across IPv6-ready targets. Point your scraper at one gateway, send the request, and each call exits from a different IPv6 address with no rotation code to write.
80 octillion IPv6 addresses New IP per request Largest pool, widest spread
A rotating IPv6 proxy hands you a new IPv6 on every request, pulling from an address space so large that big crawls almost never repeat an IP, which gives your traffic the widest possible spread across distinct addresses.
Every call through the gateway exits from a different IPv6 address. No proxy lists, no rotation logic, no dead-IP handling to maintain in your scraper.
IPv6 offers a practically inexhaustible supply of addresses, so a pool of 80 octillion IPv6 addresses barely scratches the surface and a high-volume crawl rarely lands on the same IP twice.
Because IPv6 addresses are abundant rather than scarce, a wide crawl can spread across far more distinct exits than any IPv4 pool, ideal when raw request volume and IP diversity matter more than premium IP trust.
Spread millions of requests across a vast IPv6 range without burning through a small pool, so per-IP rate limits never throttle a wide crawl.
The size of the space means most addresses carry little prior history, so rotation hands you a clean slate on nearly every new IPv6 it assigns.
Reach the whole rotating IPv6 pool through a single host over HTTPS or SOCKS5, ready to drop into your existing rotating proxy API setup.
A rotating IPv6 proxy works the same way as any of our rotating proxies, only it draws from the IPv6 side of the pool. You send every request to one gateway endpoint, and for each request the gateway selects a fresh IPv6 address and routes your traffic out through it. The very next request gets a different IPv6, and the one after that another, with no configuration on your end. There is nothing to rotate manually, no list of IPs and ports to juggle, and no logic to detect and retire a dead address. Your code simply sends a normal request through the proxy, and the rotation happens on our side. Because the IPv6 address space is measured in undecillions, the gateway has an enormous range to draw from, so even a crawl pushing millions of requests keeps landing on fresh, distinct addresses instead of cycling back through a small set. That is the core advantage rotating IPv6 has over a recycled IPv4 pool: spread without scarcity. Rotating is one of two modes on our wider IPv6 proxies, sitting alongside the sticky option.
IPv4 gave the internet roughly 4.3 billion addresses, and they ran out years ago, so an IPv4 proxy pool is always a finite, contested set of addresses that a wide crawl will start to recycle. IPv6 was designed to fix that with a 128-bit address space so vast it dwarfs every device on earth. For a rotating proxy network that abundance is the whole advantage: instead of cycling back through a small pool, rotating IPv6 lets you draw on an almost limitless supply of fresh, distinct addresses, so even a crawl pushing millions of requests keeps landing on IPs it has never used. When your bottleneck is the sheer number of requests and you want each one to come from a different exit, that breadth is exactly what you want. A wide bulk crawl that would quickly exhaust a smaller residential or mobile pool keeps drawing fresh addresses on rotating IPv6, because the IPv6 space is measured in undecillions. Every type is included in one plan at the same price, so you match the type to the target, not the budget; for high-throughput work on IPv6-ready sources, no other rotating type spreads traffic across this many distinct addresses.
Rotating IPv6 is purpose-built for high-volume bulk crawling where IP diversity matters more than IP reputation. If you are pulling millions of pages from large public sources, refreshing a search or pricing index, gathering training data for models, running broad SEO rank checks across thousands of keywords, mining public business directories, or sweeping wide market-research jobs, rotating IPv6 lets you keep the crawl broad and spread across the most distinct addresses. A new IPv6 on every request means no single address sends enough traffic to trip a per-IP rate limit, so the crawl keeps moving without the bans and throttling that hit single-IP scrapers. The natural home for this work is web scraping at scale, and rotating IPv6 is the most efficient tool in the box for the very common case of harvesting IPv6-ready data sources widely and in parallel.
The one real limitation is that not every site is reachable over IPv6. A large and growing share of the web is dual-stack and answers on IPv6 happily, but some destinations are still IPv4-only and simply will not respond to an IPv6 request. Before committing a big rotating job to IPv6, confirm your targets resolve and serve over the protocol. It is also worth knowing that IPv6 ranges are easier for a site to fingerprint than carrier or residential IPs, so the most heavily defended, bot-hostile targets may still challenge them even when rotation spreads your traffic. For those specific sites a higher-trust type like residential or mobile is the better fit, and every type lives in the same plan at the same price so you can mix them per target without switching providers. For everything else, when the target speaks IPv6 and you want the widest spread across distinct addresses, rotating IPv6 is exactly the right call.
Both modes ship in every plan and switch from your dashboard with no code change. Here is when rotating IPv6 is the right choice.
| Property | Rotating IPv6 | Sticky IPv6 |
|---|---|---|
| IP behavior | New IPv6 every request | Same IPv6 held for a session |
| IP spread | Maximum, across the whole pool | One address per session |
| Best for | High-volume bulk crawling | Stateful, multi-step tasks |
| Rate-limit resistance | Highest, traffic is spread wide | Lower, one IP per session |
| Pricing | One plan | One plan |
| Typical use | Scraping, indexing, training data | Logins, carts, paginated flows |
When you buy IPv6 proxies here you are not buying a separate IPv6 add-on. Every plan includes all proxy types, rotating and sticky, at the same price, so IPv6 rotating proxies come bundled with residential, datacenter and mobile in one unified plan. Plans start at $24.95/mo and scale with your concurrency, with metered bandwidth and no type costing more than another. To buy, create an account, pick a plan on the pricing page, and your gateway host, port and credentials appear in your dashboard right away. Point your scraper at the single rotating IPv6 gateway over HTTPS or SOCKS5 and every request exits from a fresh IPv6 address, with no rotation code to write and no separate IPv6 purchase to manage. Trusted since 2014 by more than 62,000 businesses.
Point any HTTP client at the gateway with your credentials and every request exits from a fresh IPv6 address.
curl -x https://USER:PASS@gateway.proxyrotator.com:8080 https://api64.ipify.org # run it again, you exit from a different IPv6 address
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://api64.ipify.org", proxies=proxies, timeout=20)
print(r.text) # a new IPv6 address 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.
Get a fresh IPv6 on every request from a pool of roughly 80 octillion IPv6 addresses for the widest IP spread, built for high-volume bulk crawling of IPv6-ready targets. From $24.95/mo.