![]() We reached out to every proxy network in advance. (Perhaps they were increasing their IP pools, as well?) Transparency Notice Several more providers showed interest but were unable to participate due to technical reasons. With limited time and resources at hand, we decided to focus on the following residential proxy providers: Some providers even helped us by monitoring and providing more suitable gateways for our tests (thanks, NetNut!). In those cases, we chose plans and used endpoints that gave access to the largest number of IPs worldwide. Others didn’t, and so we had to buy proxy access ourselves. Since many providers have separate proxy pools for, say, US proxies, we asked them nicely to lend us access to their main proxy pool. We weren’t trying to hoodwink anyone with our tests. You have to be open and transparent to get any real data. In our experience, clients often choose residential IPs to avoid subnetwork blocks.Ĥ. Mind you, we were testing explicitly residential proxy providers. ![]() We decided to include this, as well as C-class subnetworks. This is where we got a bit sensational: since we were going to review IP data in multiple databases, it let us detect residential proxies, data center proxies,and other niche types of IP addresses, like DC proxies registered with internet service providers (ISPs). Not every proxy is created equal (are some providers faking it?). A majority of internet services use these or similar databases, so they can give a good sense of how great any network actually is.ģ. We automatically sent the IP information to two IP databases, which returned a lot of data about the proxies. Only an IP database can tell you whether a proxy is good. We figured that sending hundreds of thousands of requests per day could give us an idea about how many unique proxies were in each pool.Ģ. Most proxy pools are actually small enough on a daily basis for us to reach a threshold where IP addresses start to repeat. It’s not a fixed number, it fluctuates every day. In our experience, there are several things you have to consider about a proxy network’s pool size:ġ. Pool sizes might mean daily, weekly or even monthly unique proxy servers. Since we couldn’t really know how most providers determine the size of their networks, we wanted to use one of our benchmark tests from the annual report – Unique IP percentage – and put it into overdrive. Proxy pools were just begging us to jump in. ![]() This got us thinking: marketing aside, how much do these vast numbers actually mean to proxy users? Can you notice them when moving from one provider to another? Are you really getting what you paid for? These questions intrigued us, and we decided to do something about them. Is there a difference between two proxy networks that claim to have ‘millions of proxies’? Since we released our proxy market report in March, several proxy providers have increased their proxy network – some as much as ten times.ĥ00,000 to 7 million in a week, 23 million to 62 million in a month, 60 to 72 million a week later… Who can keep up with all these numbers? ![]() It’s the only test of its kind that we know of. This is a technical research report that will give you an idea of how diverse and robust residential proxy network IP pools actually are.
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