Datacenter Proxies

What datacenter proxies are and where the IPs come from

A datacenter proxy routes your request through an IP address that lives in a data center, registered to a hosting or cloud provider rather than to a home. These addresses sit on fast, dedicated server infrastructure, which is precisely why they are the quickest proxies you can run. There is no consumer broadband line in the path, just server hardware and high-capacity backbone, so latency is low and uptime is high, in our case 99.9%. The pool spans 6M+ datacenter IPs across 195+ countries, and the gateway rotates them so a single job is spread over many addresses instead of hammering one.

The trade-off is reputation. Because the IPs are registered to known hosting ranges, a site that inspects the autonomous system can tell the traffic is not coming from a household. On public sources that do not care, this is a non-issue and you get all the speed. On sources that actively block bots, datacenter IPs are easier to flag than residential proxies, so the rule of thumb is simple: use datacenter where the data is open and volume is the goal, and switch to residential or mobile where trust is the gate. Every type is included in one plan at the same price, so you choose by the target, not the cost.

What datacenter proxies are best for

Datacenter proxies are the workhorse for high-throughput jobs against sources that do not hard-block automated traffic. High-volume web scraping is the headline use: when you need to pull millions of pages of public data quickly, the raw speed and throughput of datacenter IPs win outright. SEO and rank tracking at scale fits well too, since pulling large numbers of search and listing pages benefits from raw throughput, and country targeting still gives you localized results. Price and inventory monitoring across many marketplaces and catalogs is another strong fit, where you are checking large numbers of public product pages on a tight schedule and the bottleneck is how fast you can cycle through them.

Other natural fits include uptime and availability monitoring, large-scale link and content checks, market data collection from open feeds, and any pipeline where you control the cadence and the targets are not running aggressive anti-bot defenses. The common thread is volume over stealth: when the data is public and the job is measured in millions of requests, datacenter is the type that gets it done fastest.

Detectability, uptime and getting the most from datacenter IPs

Datacenter IPs are faster to flag than residential because their hosting origin is visible in the autonomous system, so the way to keep success rates high is to play to their strengths. Rotate aggressively across the 6M+ pool so no single address builds a suspicious request rate, pace requests sensibly, and send clean, realistic headers. The 99.9% uptime of the underlying infrastructure means the proxies themselves are rarely the weak link; the limiter is the target's tolerance for automated traffic. When a source starts challenging or blocking datacenter ranges, that is the signal to move that specific job to residential or, for the very toughest app-grade targets, mobile proxies. Because all four types live in one plan at the same price, you can keep the fast datacenter IPs on everything that does not need stealth and reserve the higher-trust types for the handful of sources that do, choosing by the target rather than the cost.

Rotating or sticky datacenter?

Both modes ship in every datacenter plan. Choose rotating datacenter proxies when you want a fresh IP on every request for high-volume crawls and parallel jobs, or sticky datacenter proxies when you need the same IP to hold across a session or multi-step flow. Switch between them from your dashboard without changing your code.