Core logic for proxy IP request frequency control
The most common mistake that many newbies make when using proxy IPs is "crazy output". Imagine you are in a supermarket checkout line, suddenly there is a person with a frequency of 3 times per second repeatedly asked "my turn yet", will certainly cause the staff to alert. The same logic applies to web servers.The key is not whether you use a proxy IP or not, but whether your access rhythm is like a real person'sThe
It is recommended to control the frequency of requests through three dimensions:
1. Single IP continuous request interval (recommended >15 seconds)
2. Total number of requests per unit time (recommended <10 per minute)
3. Intervals between operations (e.g., 5 seconds after completing a login before operating)
Scene Type | Recommended interval |
---|---|
data acquisition | 20-40 seconds |
Account Management | 5-10 minutes |
batch operation | Phased implementation by operation |
Five details of real user behavior simulation
When using ipipgo's Residential Proxy IP, it is recommended to simulate it with the following behavioral characteristics: : Setting random time of 30 seconds ± 501 TP3T Here's a special recommendation for ipipgo'sResidential Proxy IP ServiceWith its real home broadband IP characteristics, it naturally has the advantages of device diversity and wide geographical distribution. Together with the IP attribute data we provide (time zone, ASN, geographic location), you can easily build a network environment that meets the characteristics of local users. When the following conditions are detected, it is recommended to change your IP immediately via ipipgo's API: Dynamic Residential IP Pool Support for ipipgoPress Session Hold to togglerespond in singingToggle on requestTwo modes. It is recommended that normal users choose the session hold mode, which uses the same IP for each task phase (e.g., completing login to submitting a form) and automatically replaces it with a new IP when the task is finished. Q: Why is it still blocked even though I've changed my IP? Q: How to determine the type of anti-crawling mechanism of a website? Q: How to choose between dynamic and static IP? By reasonably utilizing the global residential IP resources provided by ipipgo, together with the pace control techniques in this article, you can effectively solve the problem of backcrawling above 90%. Remember the most crucial principle:The closer your operating rhythm is to the real user behavior curve, the harder it is for the system's defense mechanisms to recognize it. In practice, it is recommended to use free test IPs to establish benchmark parameters before gradually optimizing the request strategy.
1. Mouse track randomization: Don't click on the same coordinates every time
2. Fluctuations in page dwell time
3. Diversification of operating paths: Don't fixate on visiting the A→B→C page
4. Device fingerprint differentiation: Use different browser versions and resolution combinations
5. Network environment matching: U.S. IP with U.S. time zone/language settingsIntelligent switching strategy for dynamic IP pools
- Three consecutive requests return an exception status code
- Sudden increase in the frequency of CAPTCHA on the page
- 200% response times for specific IPs exceeding the average value
- Target site returns unconventional jumpsPractical QA: High Frequency Problem Solving
A: Check if you forgot to synchronize the replacement of User-Agent/Cookie, we suggest using ipipgo's Browser Fingerprinting Management feature to make sure the network characteristics match exactly.
A: First test the critical value of triggering backcrawl with a single IP, and record it:
① Maximum number of requests per unit of time
② Number of times the same behavioral pattern is repeated for the same operation
③ Anomaly detection points for specific operation paths
A: ipipgo suggests:
- Need to stay logged in to select a static residential IP
- Dynamic residential IP for data acquisition type tasks
- Use a dedicated IP for highly sensitive operations such as payments.