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Proxy networks
Residential, mobile, datacenter and protocol inventory on one account, one gateway and one balance. Every card below is described on the same four axes — identity, rotation, targeting, billing — so the comparison is a read across rows rather than eight separate sales pages.
2 products
Addresses announced by consumer ISPs. They cost the most per gigabyte and add real latency, and they are the only class that survives a target which scores ASN reputation. Choose between breadth (a new peer every request) and continuity (one address that stays yours).
A fresh residential IP on every request, or one held for 30 minutes
from$2.65/GBDown to $1.59/GB at 500
Dedicated ISP addresses that stay yours, with unmetered bandwidth
from$3.50/IP/wkDown to $2.28/IP/wk at 250
2 products
Carrier-assigned 4G and 5G addresses behind operator NAT, shared with thousands of real subscribers. Blocking one costs the target genuine users, which is why mobile survives defences that reject everything else — and why it is the most expensive inventory we sell.
A dedicated 4G/5G modem port behind carrier-grade NAT
from$1.60/IP/dayDown to $0.96/IP/day at 90
The whole LTE pool billed by the gigabyte, with no modem to reserve
from$3.40/GBDown to $2.04/GB at 250
3 products
Our own ARIN and RIPE allocations on 10 Gbps ports. Roughly twenty times cheaper per gigabyte than residential and several times faster, but trivially identifiable: any target buying IP-intelligence data can see a hosting ASN. Use these where nobody is looking.
Dedicated IPv4 on Tier-1 backbones, 10 Gbps and unmetered
from$2.00/IP/wkDown to $1.10/IP/wk at 500
Native IPv6 at 30 cents per address per week
from$0.30/IP/wkDown to $0.15/IP/wk at 10,000
Datacenter throughput with per-request rotation, billed per GB
from$1.20/GBDown to $0.72/GB at 1,000
1 product
Not everything that needs a proxy speaks HTTP. SOCKS5 negotiates authentication and then forwards bytes — TCP and UDP alike — with no header rewriting anywhere in the path.
Raw SOCKS5 endpoints for everything that is not HTTP
from$2.50/IP/wkDown to $1.50/IP/wk at 250
Which should I choose?
Everything else — pool size, latency, country coverage — is a tie-breaker between products that already passed these two. Answer them in order.
Question one
This is the question about your workload, not about the target. If a session cookie, a shopping cart or a logged-in account is bound to an address, changing that address mid-flow reads as a hijack and gets the session invalidated. If you are collecting pages and nothing carries state between them, the opposite is true: reusing an address is what earns you a rate limit.
There is a middle answer. Rotating pools accept a session token in the proxy username and hold the exit for the sticky window, which buys continuity for a checkout or a paginated crawl without leasing an address for a week.
Question two
Per-GB products meter every byte in both directions, including headers, redirects, retries and the 403 challenge pages you did not want. Nothing is billed when the crawler is idle, which is why bursty work belongs there. Per-IP products charge a flat rate for the term and move unmetered traffic, so the cost of an extra gigabyte is zero once the lease is paid for.
The break-even is arithmetic. At today’s entry rates a static residential lease pays for itself once a single identity moves about 1.3 GB a week; below that, metered residential bandwidth is cheaper. Sustained workloads cross that line in a day.
| Does the IP have to persist? | Billed per GB | Billed per IP |
|---|---|---|
| Yes — the same address has to come backLogged-in sessions, carts, checkout flows, managed accounts: anything where a cookie is tied to an address and a change mid-journey looks like a hijack. | Pin a rotating pool with a session token Append a session segment to the proxy username and the gateway holds the selected exit for the length of the sticky window while you still pay only for bytes. The catch is honest: a residential peer or a modem can drop at any time, so treat continuity as best-effort and read the exit IP back from the response headers before a flow that cannot survive a change. | Lease the address outright One tenant, one address, for the whole term. Identity survives restarts, redeploys and week-long gaps, bandwidth is unmetered, and the reputation history on that address is yours alone. Pick the class by how hard the target looks at the ASN: mobile and ISP addresses pass checks that a hosting address will not. |
| No — a new address every request is fine, or wantedCrawling, rank tracking, price collection, availability checks: breadth beats continuity, and repeating an address is the thing that gets you rate-limited. | The rotating pools One endpoint, one credential, a different exit on every request and no thread ceiling. Start on the cheapest pool your target tolerates and move up only when the success rate falls — a blocked response burns exactly as much metered bandwidth as a good one, so a cheap pool at 60% success costs more per useful page than an expensive pool at 98%. | Lease a block and rotate inside it An IPv6 block routes entirely to your port, so changing source address is a socket option rather than a request to us: unlimited rotation across tens of thousands of addresses at a fixed weekly cost. The precondition is the target answering over IPv6, which much of the commercial web still does not. |
Scroll the table sideways on a narrow screen. Prices shown on the chips are entry rates before volume tiers.
The one thing this page cannot tell you is how your specific target scores IP reputation. Claim the 50 MB free trial, run two hundred requests through rotating residential and two hundred through rotating datacenter, and compare success rates. That measurement settles the question in twenty minutes and costs nothing.
Keep reading
Three routes out of this page, depending on whether the open question is price, geography, or workload.
Product kinds in this catalogue: Rotating residential, Static residential (ISP), Mobile LTE, Rotating mobile, Datacenter IPv4, Datacenter IPv6, Rotating datacenter, SOCKS5.
Start on 50MB of free residential bandwidth, then scale into 30M+ IPs across 195 countries. No contracts, no per-seat fees, and unused bandwidth never expires.
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