The static vs rotating proxy decision comes down to one question: does the website need to see the same visitor every time, or many different visitors? A static proxy keeps one IP for as long as you hold it. A rotating proxy hands out a different IP per request or every few minutes from a large pool. Neither is better in general. Each one breaks the workflows the other is built for, so it pays to match the type to the job before you buy.
Cloudj sells static proxies only. This article still covers rotating proxies fairly, because knowing when you need one saves you from buying the wrong product here or anywhere else.
How each type works
Static proxy
You get a fixed endpoint, usually a host, a port and credentials, and every request leaves from the same IP address. That address stays yours for the order's term. If the provider offers dedicated static IPs, no other customer uses the address at the same time.
Static proxies come from different kinds of networks: datacenter ranges, static IPs registered to an ISP, and static residential IPs on home broadband that do not change. The datacenter vs static ISP proxy comparison explains how those types differ.
Rotating proxy
You connect to a gateway, and the gateway picks an exit IP from a pool for you. Depending on settings, the IP changes on every request, after a set number of minutes, or when you ask for a new session. Pools are typically large and spread across many networks, and billing is often by traffic volume rather than per IP.
Many rotating services offer "sticky sessions" that hold one IP for a while. That helps, but the IP still comes from a shared pool and can disappear when its source goes offline, so a sticky session is not the same as a static IP.
Static vs rotating proxy: which workflows each one fits
The useful way to choose is by what the target site expects.
| Workflow | What the site expects | Better fit |
|---|---|---|
| Logging into social or seller accounts | Same location and IP across logins | Static |
| Running ad accounts | A consistent, trusted origin | Static |
| Being allowlisted by an API or a client's firewall | One known IP that never changes | Static |
| Long browser sessions with carts or dashboards | The session's IP stays put | Static |
| Rank tracking for a fixed set of keywords | Repeatable results from one location | Static, often several |
| Collecting millions of public pages | Requests spread across many visitors | Rotating |
| Gathering search results at very high volume | Each IP used lightly | Rotating |
| Checking how a page looks from many cities | Many distinct IPs, used briefly | Rotating |
The pattern is simple. If identity matters, static wins. If volume per IP is the problem, rotating wins.
Why logins and rotating IPs do not mix
Most platforms tie a login session to signals that include the IP address. When the IP changes in the middle of a session, a well-behaved platform may log you out, ask for verification, or flag the account as possibly compromised. A rotating pool does exactly that, sometimes on every request.
There is a second problem: the pool is shared. The exit IP you get this minute was serving another customer's traffic a minute ago. You cannot know whether that traffic got the address flagged. For account work, the result is the "bans from neighbours" effect described in dedicated vs shared proxy.
A static, dedicated IP gives the platform one steady origin per account. It does not prevent bans and it does not excuse breaking a platform's rules, but it removes an avoidable reason for security checks.
Why large-scale scraping wants rotation
Websites usually limit how many requests one IP may send in a period. If your crawler needs to fetch far more pages than one IP is allowed, a handful of static IPs will hit those limits quickly, no matter how polite your code is.
A rotating pool spreads requests across many addresses so each one stays under the limit. That is the main reason scraping at scale uses rotation. If you go this way, respect each site's terms and robots rules and keep request rates reasonable.
There is a middle ground. Many scraping jobs are smaller than people think: a few thousand product pages per day from a handful of shops, for example. A small set of static proxies with sensible delays and retries often handles that well, and the results are easier to debug because you know which IP made which request. The Python scraping with proxies guide shows how to rotate through your own list of static IPs in code.
Cost and control
The two models charge for different things, so compare them by your usage, not by headline price.
- Static proxies are typically priced per IP per period. Traffic-heavy work on a few IPs can be economical; work that needs many IPs grows linearly with the count.
- Rotating proxies are often priced by traffic volume. Light, wide work is efficient; heavy page loads with images and scripts can become expensive.
Control differs too. With static IPs you know the exact addresses, so you can allowlist them, log them, and keep notes on which IP served which account. With a rotating gateway, the exit IP is the provider's choice.
A quick decision checklist
- Will you log in to anything through the proxy? Choose static.
- Does a partner or system need to allowlist your IP? Choose static.
- Do you need more requests per hour than a few IPs can send without hitting limits? Consider rotating.
- Do you need to appear from many different places at once, briefly? Consider rotating.
- Is your job small and steady? Start with a few static IPs and measure.
What Cloudj offers
Cloudj sells static, dedicated proxies and does not sell rotating pools. The options are dedicated IPv4 proxies, static IPv4 addresses registered to an ISP and described as fast and stable, in Vietnam, the United States, Japan, South Korea, Singapore, Hong Kong and the United Kingdom; and static residential proxies, home-broadband IPs that stay the same, in the United States and Vietnam. Each IP is assigned to one customer.
You can order 1 to 1,000 IPs per order for 1, 3, 6 or 12 months, with HTTP or SOCKS5 where the location supports it. Auto-renew keeps the same proxies running, which matters when accounts or allowlists are tied to those exact addresses. If a rotating pool is what your workflow needs, Cloudj is not the right fit for that part of the job. For the wider picture of static, one-user IPs, start with the dedicated proxy guide.
FAQ
Can I rotate through static proxies myself?
Yes. Buy several static IPs and have your script or tool pick one per task or per account. You control the rotation and always know which IP did what.
Is a static residential proxy the same as a rotating residential proxy?
No. A static residential proxy keeps one home-broadband IP for your term. A rotating residential proxy draws from a pool of IPs that change.
Will a static IP get blocked faster when scraping?
It can if one IP sends more than a site allows. Spread work across several IPs, add delays, and cache what you already fetched.
Does Cloudj offer sticky sessions?
There is nothing to stick: every Cloudj proxy is already a fixed IP for the length of the order.
Picking your setup
If your work involves accounts, allowlists or long sessions, static proxies are the safer foundation, and you can scale by adding IPs. See live per-IP prices on the pricing page, or check stock by country and order in the Cloudj console.