HTTP Proxy IP Rotation Frequency | HTTP Proxy Smart Rotation Frequency Settings

What exactly is the frequency of HTTP agent rotation?

Many users who are new to proxy IP are often confused: why are they still recognized by the target website even though they have obviously used a proxy? The problem often lies in the rhythm of IP rotation. Just like using the same key to open the lock repeatedly will be detected anomalies, a single IP high-frequency access to the site is bound to trigger the wind control.

Take an e-commerce price monitoring scenario for example: a price comparison software requests 30 times per minute, and if the same residential IP is used for 3 consecutive hours, the IP will be marked as aRobot behaviorAt this time, the reasonable setting of rotation frequency is like putting a "cloak" on the access behavior. At this time, the rotation frequency is set reasonably, just like putting on a "cloak of invisibility" to the access behavior, so that the data collection is more stable.

Intelligent adjustment formulae for dynamic agents

We have summarized the simple calculation formula through real measurements:Rotation interval (minutes) = Number of requests allowed for a single IP ÷ Estimated number of requests per minute × Safety factor

For example, when doing synchronization of product information, assuming that a single IP allows 100 requests, it is expected that 20 requests are made per minute: (100 ÷ 20) × 4 = 20 minutes, i.e., change the IP every 20 minutes. when using ipipgo's Dynamic Residential Proxy, the system will automatically fine-tune this parameter according to the real-time success rate.

ipipgo's triple rotation guarantee mechanism

For different business scenarios, ipipgo provides three rotation modes:

1. Timed and rationed rotations: Precise changeover strategy down to the second, suitable for crawling tasks that require strict time control
2. Anomalous trigger rotation: Automatically switch when receiving status codes such as 403/503 to reduce manual intervention costs
3. Intelligent Learning Rotation: Analyze the wind control pattern of target websites based on machine learning and dynamically adjust the rotation strategy

The measured data shows that in social media data collection, after enabling the intelligent learning mode, the effective request rate is increased from 67% to 92%. In this mode, the system automatically records the interception pattern of each domain name and avoids high-risk time periods.

Dynamic/Static Proxy Selection Comparison Table

ipipgo's.Hybrid Agent PoolThe technology can invoke both dynamic and static IP resources. In scenarios where you need to stay logged in (e.g., data analytics backend), the system automatically assigns static IPs to maintain the session, while sensitive operations are done through dynamic IPs.

Frequently Asked Questions

Q: What's the most common mistake when setting rotation frequency?
A: Blindly pursuing high-frequency replacement. There are users who change their IP every 30 seconds, but they have been banned collectively because their IP is too active. It is recommended to refer to the update frequency of the target website, and the interval of 20-30 minutes is usually appropriate for the e-commerce category.

Q: How do I test the optimal rotation parameters?
A: ipipgo users can turn it on in the backgroundStrategy SimulatorIf you enter the target URL, the system will generate the success rate change curve and recommend three rotation options. Please use the free residential IP pool during the test period to avoid consuming the official quota.

Q: What should I do if cookies fail due to IP rotation?
A: This situation requires turning on thesession holdFunction. In ipipgo's proxy management interface, check the "Associate Sessions" option, the system will automatically assign the same export IP to process the associated requests to maintain the validity of cookies.