One address, registered to a real internet provider, that does not change while you are working. Pick a country to see its price and its carriers.
Per IP, not per GB · 72-hour refund, no usage conditions · 22 US carriers
Pick a country and a carrier, choose the period and the number of IPs — the price updates as you go.
ISP Proxies
Pick, pay, and connect yourself — no sales call, no provisioning queue. The only decision that matters is which network your address should belong to.
Pick a carrier, not just a country. The United States catalogue names the provider behind every block, 22 of them, and you choose one at checkout.
Pay per IP. You pay for the address and the period. No gigabyte meter, no overage line: traffic is not metered, and the published limit sits on concurrency instead.
Connect and keep the address. Point your client at the host and port that come with the address, and log in with its username and password. From then on nothing moves until the period ends.
One address per profile, held for as long as the account lives. A platform reads a changing IP as a session hijack, so the very thing that makes rotating proxies good at scraping is what breaks a login. This is for accounts you are authorised to operate — your own, or a client's with their authority. Running accounts you have no authority over is prohibited here, and it is a line we check rather than a line we print.
See the site, the price and the ad exactly as a local does. Pricing pages, search results, catalogue availability and consent banners all change by country, and a datacenter address is often served a different version of the page or none of it. Because the address is static, the check you run next week is comparable to the one you ran last week: the vantage point has not moved in between.
A stable address for region-locked servers and libraries. Sessions here are long and interactive, and an address that changes mid-session ends the session. Holding one IP for the whole period also means the platform sees a consistent history rather than a new location every evening, and you can keep a profile on the network it started on, because you picked that network yourself.
Check placement, creative and geo-targeting from an address registered to an internet provider rather than to a hosting company. Ad systems personalise by network as much as by geography, so a datacenter IP tends to be shown the campaign a datacenter is shown. And because the address is yours for the period, a discrepancy you find on Monday can be re-checked from the same vantage point on Friday.
Research from an address that is not flagged as a datacenter, on a network you chose deliberately. This work is slow and repeated — the value is in returning to the same target from the same address over weeks, which per-request rotation makes impossible. Targets in financial services, healthcare and government systems need verification before we open access; everything else you simply order and connect.
Track rankings and competitor prices from one address that does not move. Search results and price pages are personalised by network and by location, so a reading taken from a datacenter address is not the one your customers see, and a reading taken from a new address every week is not comparable to the last. Collect within the rate limits, robots directives and platform rules that apply to the target.
One fixed address, registered to a named internet provider and hosted on server infrastructure. You buy the address rather than the traffic, and it stays yours for the whole period. Choose it when the work has to stay logged in, come back to the same target repeatedly, or look like the same person twice. It is the only one of the three we sell today.
A pool of addresses borrowed from real devices, changing per request or on a timer, billed by the gigabyte. It suits wide crawls across many targets, where arriving as a new visitor every time is the advantage rather than the problem. It is the wrong tool for anything behind a login. We do not sell it yet — the card on our home page says coming soon and means it.
Addresses that belong to a hosting company. They are quick and inexpensive, and any target that looks up the network behind an IP can see exactly what it is looking at. That is fine for infrastructure you own or for targets that do not care who is asking, and useless where not being on a hosting network is the whole point. We do not sell these yet either.
73 countries in the catalogue, and in each one the carriers are listed before you order — 22 of them in the United States alone. A bigger headline figure usually counts devices in a rotating pool you cannot choose from; this is the list you actually pick out of.
You pay per IP per month, so a heavy month and a quiet one cost the same and a long crawl is not a budget question. What is capped is concurrency rather than volume: 100 connections at once per proxy, and 10 past 50 GB in a month. That limit is written down here rather than discovered in production.
No rotation by time, no rotation by request, no pool to be handed back to. One address stays yours for the whole period, which is what makes a login survive, a price comparison comparable week to week, and a target's view of you consistent instead of new every evening.
Address type
Carrier choice
Coverage
Rotation
Session length
Concurrent sessions
Protocols
Authentication
United States
40K IPs
Canada
5K IPs
France
5K IPs
Germany
5K IPs
Mexico
5K IPs
United Kingdom
5K IPs
import requests
# HOST, PORT, USERNAME, PASSWORD come with your order (dashboard or API)
proxy = "http://USERNAME:PASSWORD@HOST:PORT"
proxies = {
"http": proxy,
"https": proxy,
}
response = requests.get(
"https://example.com/",
proxies=proxies,
)
print(response.status_code)
# pip install proxyjam
import requests
from proxyjam import ProxyJamClient
with ProxyJamClient(api_key="pj_live_...") as pj:
order = pj.orders.get("ord_...")
proxy = (
f"http://{order.proxy_username}:{order.proxy_password}"
f"@{order.proxy_host}:{order.proxy_port}"
)
response = requests.get(
"https://example.com/",
proxies={"http": proxy, "https": proxy},
)
print(response.status_code)
import axios from "axios";
import { HttpsProxyAgent } from "https-proxy-agent";
// HOST, PORT, USERNAME, PASSWORD come with your order (dashboard or API)
const proxy = "http://USERNAME:PASSWORD@HOST:PORT";
const agent = new HttpsProxyAgent(proxy);
const response = await axios.get(
"https://example.com/",
{
httpAgent: agent,
httpsAgent: agent,
},
);
console.log(response.status);
# HOST, PORT, USERNAME, PASSWORD come with your order (dashboard or API)
curl -x http://USERNAME:PASSWORD@HOST:PORT \
https://example.com/
import java.net.*;
import java.net.http.*;
// HOST, PORT, USERNAME, PASSWORD come with your order (dashboard or API).
// Java switches Basic auth off inside HTTPS tunnels; run it with
// -Djdk.http.auth.tunneling.disabledSchemes=""
var client = HttpClient.newBuilder()
.proxy(ProxySelector.of(
new InetSocketAddress("HOST", Integer.parseInt("PORT"))))
.authenticator(new Authenticator() {
@Override
protected PasswordAuthentication getPasswordAuthentication() {
return new PasswordAuthentication(
"USERNAME", "PASSWORD".toCharArray());
}
})
.build();
var request = HttpRequest.newBuilder()
.uri(URI.create("https://example.com/"))
.build();
var response = client.send(
request, HttpResponse.BodyHandlers.ofString());
System.out.println(response.statusCode());
package main
import (
"fmt"
"net/http"
"net/url"
)
func main() {
// HOST, PORT, USERNAME, PASSWORD come with your order (dashboard or API)
proxy, _ := url.Parse(
"http://USERNAME:PASSWORD@HOST:PORT")
client := &http.Client{Transport: &http.Transport{
Proxy: http.ProxyURL(proxy),
}}
res, _ := client.Get("https://example.com/")
fmt.Println(res.Status)
}
Connecting takes a few lines of code. Every address you buy comes with its own host, port, username and password: put those four into the snippet and send the request. Country and carrier were fixed when you ordered, so nothing in the code picks them. The proxy runs HTTP, which carries HTTPS too, or SOCKS5; you switch it between the two from the dashboard or the API, and after a switch you connect with the port and credentials the order then shows.
The answers below state the terms we sell on — the refund window, the replacement limit, the fair-usage threshold — and each one links to the document that binds us to it.
An ISP proxy is an IP address registered to an internet service provider — a named carrier such as Verizon Business or Lumen — but hosted on server infrastructure rather than on a device in someone's flat. When a site looks up who owns the address, the answer is that internet provider rather than a hosting company, so a site that screens out hosting ranges does not screen it as one. Because the address lives in a data centre, it answers at server speed and it does not go offline when a household router is unplugged. ISP proxies are also called static residential proxies; the two names describe the same product. At ProxyJam an ISP proxy is priced per IP per month, never per gigabyte, and the address stays yours for the whole period; if it stops responding, resolves to a different country, or is blocked on the target you named, it is replaced free, up to 20 % of the order per calendar month. What are ISP proxies?
Both carry an IP registered to an internet provider rather than a hosting company. The difference is where the address lives and whether it moves. A residential proxy borrows the connection of a real device, so the address changes as devices join and leave, and you are usually billed per gigabyte. An ISP proxy is one fixed address that belongs to you for the whole period, billed per IP. Rotation is the deciding question: if your work has to stay logged in, an address that changes mid-session looks like a session hijack to the site you are talking to. Static Residential
The hardware is similar; the registration is not. A datacenter proxy's address belongs to a hosting company, and any site that checks the network behind an IP sees exactly that. An ISP proxy's address belongs to a named internet provider. You are paying for whose name is on the block, not for where the server sits. Residential vs datacenter
Traffic is unlimited and never metered — there is no per-gigabyte charge on any plan. The limit sits on concurrent sessions instead, and we would rather print it than bury it: past 50 GB per proxy per month, you drop from 100 simultaneous sessions to 10 for the rest of the billing period. We never bill a gigabyte and we never cut a transfer off. Terms of Service
You ask, and we replace it — free, up to 20 % of your order per month. Grounds are an address that stops responding, one that starts resolving to a different country, or one that has been blocked on the target you told us about. For a static product this is not a bonus feature: you paid a month in advance for a specific address, and you are entitled to know what happens if it dies on day three. Terms of Service
Yes. On your first order you have 72 hours to ask for the money back on the card, it covers up to 10 IPs, and using the proxies does not void it. Running them against your own targets is exactly what the window is for — a guarantee that expires the moment you test the product is not a guarantee. Refund Policy
In the United States the catalogue names 22 of them, including Astound Broadband, Cogent, CenturyLink, Frontier and Windstream, and you pick the carrier at checkout rather than being handed whatever is free. Outside the United States the list per country is shorter, but the provider is still named — the choice is narrower, not blind.
For the whole period you paid for. It is not shared with another customer while you hold it, and it does not go back into a pool between your requests. When you renew, you keep the same address.
No — you order and connect. What we do gate is a short list of forbidden targets, and access to those is opened case by case after a verification step. The acceptable use policy is the authoritative list; the one restriction worth naming here: you may not run accounts you have no authority over, on any platform. Acceptable Use Policy
We do not publish a response-time guarantee. Write to support@proxyjam.com with your order ID, or to the Telegram support bot — the same team reads both.