Enterprise Web Proxy Log Analysis: IP Usage Efficiency Optimization Solution

Why Organizations Must Focus on Proxy IP Usage Efficiency

In business scenarios such as e-commerce data collection, account management, and advertisement verification, companies send millions of requests through proxy IPs every day. We have observed a customer using the same IP to access the target website for 3 consecutive days, resulting in the request success rate plummeting from 98% to 32%.Inefficient IP usage not only increases costs, but also directly impacts business results. By analyzing network agent logs, key issues such as abnormal IP rotation frequency and uneven geographical distribution can be identified.

Uncovering the culprits of IP wastage from logs

Open the agent log file for any time period and focus on the following three types of data:

A cross-border e-commerce customer discovered that its European residential IP idleness rate was as high as 37% through the log analysis template provided by ipipgo. after adjusting the IP pool configuration, it saved $62,000 per month in IP purchasing.

A four-step hands-on program to improve the efficiency of IP usage

Step 1: Screening inefficient IPs
Enable [IP Healthiness Detection] function in ipipgo control panel to automatically mark IPs with response delay >3 seconds or success rate <80%, and the system will complete the replacement within 2 hours.

Step 2: Dynamically adjust the frequency of requests
Set up a stepped access policy based on the anti-crawl mechanism of different websites. Example:
- News websites: no more than 15 consecutive visits/hour from a single IP address.
- Social media: no more than 30 minutes of survival time for a single IP
- E-commerce platform: IP concurrency under the same ASN ≤ 5

Step 3: Intelligent Assignment of Business Scenarios
Use static IPs for scenarios that require session continuity (e.g., synchronizing video viewing progress) and dynamic residential IPs for high-frequency data collection. ipipgo supports calling both static and dynamic IP resources under the same account.

Step 4: Monitor geographic distribution in real time
When it detects that the IP concentration of a region is too high, it immediately supplements the IP of other regions through ipipgo's API interface. e.g., the U.S. service can alternately use the IP resources of three different time zones, namely, California, Texas, and Florida.

How ipipgo supports optimization solutions on the ground

For enterprise-level users, ipipgo offers three core capabilities:
1. Minute IP replacement response: When the system monitors an IP anomaly, it automatically calls a new IP from the standby pool
2. Multi-dimensional IP labeling system

: Accurate filtering of agent resources for specific carriers, autonomous system numbers (ASNs), and device types
3. Visual Logging Kanban: Real-time display of IP consumption percentage and success rate fluctuation curve for each line of business