IPIPGO ip proxy Proxy IP solution for high concurrency | millions of requests without IP blocking

Proxy IP solution for high concurrency | millions of requests without IP blocking

A Practical Guide to High Concurrency Proxy IP in Real Scenarios When encountering a surge in IP requests in real business, many developers will find that the regular proxy IP service suddenly fails...

Proxy IP solution for high concurrency | millions of requests without IP blocking

A Practical Guide to High Concurrency Proxy IP in Real Scenarios

When encountering a surge in IP requests in actual business, many developers will find that the conventional proxy IP service suddenly fails. Let's take the e-commerce platform price comparison scenario as an example: when it is necessary to capture the pricing data of 30 similar commodity platforms in real time, a traditional single proxy IP may be recognized and blocked within 15 minutes.

The golden rationing scheme for dynamic IP pools

The solution that really works isMixed use of dynamic IP pools. ipipgo's residential IP pool contains both dynamic and static types:

typology Applicable Scenarios Switching Frequency Recommendations
Dynamic Residential IP High Frequency Data Acquisition Switching every 5-20 requests
Static Residential IP Scenarios that require session maintenance Hourly active replacement

It is recommended to mix the two types of IPs in the ratio of 7:3. For example, in a crawler task, use a dynamic IP to complete page traversal, and then switch to a static IP to maintain the session when you encounter a scenario that requires login.

The art of requesting a fingerprint disguise

Simply changing IPs is no longer enough to cope with modern wind control systems and needs to be coupled with aComplete device fingerprinting simulation::

  • Synchronize User-Agent changes every time you change IPs
  • Randomized screen resolution parameter (floatable between 1280 x 720 and 1920 x 1080)
  • Add reasonable page dwell time (0.5-3 seconds randomized)

ipipgo's API interface supports automatically carrying the latest device fingerprint parameters on return, avoiding the tediousness of manual configuration.

The Time Magic of Traffic Scheduling

Proper time scheduling can make a request seem more "humane":

  1. Set random request interval (recommended 0.8-5 seconds)
  2. Increase 30%IP reserve during daily peak traffic hours (10:00-12:00, 20:00-22:00)
  3. Automatic switching to low-frequency mode during the early morning hours

Together with ipipgo's intelligent scheduling interface, it can automatically match the optimal request cadence.

Frequently Asked Questions

Q: Why is it still recognized after changing IP?
A: Check if the browser fingerprint is changed at the same time, it is recommended to use ipipgo's supporting fingerprint library for global camouflage

Q: How to choose IP regions for multinational business?
A: Prioritize the use of local residential IPs in the target area. ipipgo supports filtering IP resources by city granularity.

Q: How to prepare for sudden million requests?
A: It is recommended to reserve regional IP resources through the ipipgo console 3 days in advance to create a warm-up connection pool

With the above scheme in conjunction with ipipgo's global residential IP network, we have measured that the success rate of maintaining 800 requests/minute for a sustained period of 8 hours in a commodity price comparison scenario is up to 99.2%. The key point is thatDynamically adjusted IP strategy + anthropomorphic operational rhythmThe double guarantee.

This article was originally published or organized by ipipgo.https://www.ipipgo.com/en-us/ipdaili/20161.html
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作者: ipipgo

Professional foreign proxy ip service provider-IPIPGO

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