Proxy pool API interface | milliseconds IP extraction interface, support for accurate filtering by country/city/operator

I. Why do you need millisecond IP extraction interface?

Anyone who has done data collection understands that the biggest pain point for ordinary proxy IPs is thatslow response timeWhen you need to operate in batch, you have to wait 3-5 seconds for each time to get IP. When you need to batch operation, each time to get the IP to wait 3-5 seconds, a day down the waste of time can watch a movie. ipipgo API interface measured average response time200 milliseconds, the equivalent of blinking twice to get an available IP.

More critically, many business scenarios have hard requirements for IP purity. For example, for social media account operation, if the IP is marked as a data center IP, the account will be blocked in minutes. Our residential IPs, provided through real user terminal devices, come with natural invisibility, which directly avoids this kind of risk.

Second, how important is accurate screening?

A real case: a cross-border e-commerce customer needs to monitor the price of goods in 10 countries, and as a result, when using ordinary proxy services, it often matches to the IP of the wrong region. through ipipgo'sCountry + City + Operator Level 3 Screening, they are now able to accurately obtain the IPs of the residents in the location of the target superstore, and the error rate of the collected data has been reduced from 371 TP3T to 1.81 TP3T.

Here's one.Screening techniques: If it is necessary to simulate real user behavior, it is recommended to select a specific operator at the same time. For example, if you want to get Vodafone's 4G mobile IP in Berlin, Germany, you can get an accurate hit with our parameter combination (country=DE&city=Berlin&isp=Vodafone).

Third, dynamic static IP how to choose not to step on the pit?

Recently a customer feedback: obviously bought a dynamic IP, when doing automatic likes still be recognized abnormally. Inspection found that he had set20 consecutive operations for a single IPThis is equivalent to letting a dynamic IP be used as static. The correct way to do this is to set theIP Replacement Frequency ThresholdIt is recommended that you actively change your IP every 3-5 operations you complete.

Four, three-step access to the proxy pool practical tutorials

1. After getting the API key, it is recommended to test the free amount first. ipipgo interface supportImmediate effect model, which can be invoked without pre-charging.

2. When setting up the retry mechanism in the code, note that our response headers containX-RateLimit-Resetfield, a value that helps you precisely control the request interval.

3. When high concurrency requirements are encountered, you can use theMulti-node load balancing. We have 3 API access points open by default per account, deployed in Frankfurt, Singapore and Virginia data centers.

V. Answers to high-frequency questions from real users

Q: How long is the IP validity period?
A: Dynamic IPs expire in 15 minutes by default, but it is recommended to actively set a 5-10 minute replacement cycle. Static IP can maintain a stable connection for up to 24 hours.

Q: Does it support Socks5 protocol?
A: ipipgo full protocol support, including HTTP/HTTPS/Socks5 three access methods. Special reminder: remember to enable Socks5 protocol when using theUser Name Password AuthenticationThe

Q: How to avoid IP blocking?
A: Three key points: ① Control the frequency of single IP requests ② Enable random User-Agent ③ Dynamically switch HTTP headers. There is a complete guide to anti-blocking strategies in our technical documentation.

Write to remind developers: choose a proxy service can not only look at the number of IP, but also look at the underlying technical architecture. ipipgo uses theDistributed Node Scheduling SystemWe can ensure millisecond response even when there are millions of concurrencies. The next time you experience slow IP response and low survival rate, try our solution.