Carl Gamutan
Updated: September 10, 2026
Published: July 18, 2022
Dive into the world of ISP proxies, uncover their benefits, and explore how they enhance privacy, security, and practical applications for businesses and individuals.
An ISP proxy is a static IP address registered to an internet service provider but hosted in a datacenter, which gives it the appearance of a home connection and the speed of server infrastructure. The same product is sold as a "static residential proxy" — identical thing, different marketing word.
That combination is unusual: residential addresses normally rotate and datacenter addresses normally look like datacenters. An ISP address does neither.
The provider obtains address ranges from an internet service provider and announces them from datacenter hardware. When a site looks up who owns the address, the registry answers with the ISP's name rather than a hosting company's — the same answer it would give for a household broadband line.
Because the hardware is a server rather than someone's router, the connection behaves like server infrastructure: consistently fast, always online, and not dependent on a stranger keeping their device switched on. Residential proxies route through real consumer devices and inherit their unpredictability; ISP proxies do not.
The address is also yours alone and does not change. Geonode's ISP proxies page describes static IPv4 addresses assigned exclusively to your account, which means the site sees one stable identity for as long as you keep the address rented.
Pricing follows the same logic. Instead of charging for traffic, the ISP tier charges per address — from $1.25 per IP on that page, with unlimited bandwidth on every one. A job that would cost real money per gigabyte on a residential plan costs the same as an idle address here.
The constraint is inventory. The ISP page states the dedicated inventory is currently focused on the United States, so ISP addresses are a US answer today; other markets are served by the rotating residential pool instead.
What the target actually inspects is the autonomous system the address belongs to. Anti-bot systems keep lists of hosting providers' ranges and treat traffic from them with suspicion by default; an address announced under an internet provider's name is simply not on those lists. This is why an ISP proxy survives checks that reject a datacenter address instantly, even though both are physically running in the same kind of rack.
| ISP (static residential) | Residential | Datacenter | |
|---|---|---|---|
| IP source | ISP-assigned, datacenter-hosted | Real consumer devices | Hosting provider ranges |
| Static or rotating | Static | Rotating, sticky on request | Either |
| Shared or exclusive | Exclusive to your account | Pool shared across customers | Dedicated or shared by tier |
| Detection risk | Low — registry says ISP, and the history is yours | Lowest — genuine subscriber traffic | Highest — ranges are easy to identify |
| Price model | Per IP, unlimited bandwidth | Per GB | Per GB or per IP |
| Best for | Logged-in sessions, multi-account work, long jobs | Wide crawling, geo-specific research | Bulk throughput on tolerant targets |
They are the right pick when:
Look elsewhere when:
ISP proxies are sold per address, from $1.25 per IP, each static, exclusive to your account and carrying unlimited bandwidth. You pick how many addresses you need, and the endpoint you receive stays the same for as long as the subscription runs — no gateway, no rotation logic.
Check the location requirement before committing, since the product page places current dedicated inventory in the United States. If your work needs addresses in other markets, or needs more addresses than per-IP pricing comfortably covers, residential proxies cover 195+ countries from $0.27 per GB and can be pinned to a sticky session when a job needs a stable address for a while.
Yes. Both names describe an address registered to an internet service provider but hosted on datacenter hardware, held statically by one customer.
Because the traffic terminates on server hardware rather than on a consumer device. There is no home router, no domestic upload limit and no risk of the other end going offline mid-session.
No. The address is static by definition. If you want rotation, that is the residential or datacenter pool.
Roughly one per identity you maintain. Because pricing is per address with unlimited bandwidth, the size of the job matters far less than the number of separate identities it requires.
