IP Behavior Simulation Script | IP Automation Behavior Simulation Script

I. Core Logic of IP Behavior Simulation for Raising Numbers

The biggest fear of doing account operation is to be judged by the platform as machine operation. Many studios use local IP batch operation, and the result is that the account has just been banned. The key here is:Real users do not use the same IP address on a regular basisThe

With the residential proxy IP provided by ipipgo, it is possible to realize that each account corresponds to an independent IP address. For example, Zhang San's account logs in with a U.S. IP and Li Si's account logs in with a German IP. This natural switching pattern enables the platform system to recognize it as real user behavior.

Second, the three golden rules of script design

1. The principle of randomness: IP must be changed before each operation, but do not switch frequently (30-90 minute intervals are recommended)

2. The principle of territorial matching: Account registration region and IP belongs to the same place (with ipipgo's precise location IP function)

3. Behavioral trajectory principle: Logging in should mimic the rhythm of a real person's actions (page dwell, scrolling speed, etc.)

Recommended Behavioral Tracks Template:

III. Proxy IP selection tips

Among the common types of proxies in the market, residential proxies are the most suitable for the number raising scenario. ipipgo's 90 million+ residential IP library has three major advantages:

1. Every IP comes from real home broadband (not server room IPs)

2. Support for HTTP(S)/SOCKS5 full protocol (adapted to a variety of development environments)

3. Dynamic/static IP free switching (static for long-term number raising, dynamic for short-term tasks)

Special attention should be paid to theDo not use the same IP segment to operate multiple accounts consecutively. It is recommended to set up an IP replacement policy through the ipipgo backend to automatically assign IP resources to different countries/cities.

Fourth, the actual case: e-commerce platform to raise the number of scripts

Taking a cross-border e-commerce platform as an example, we realized automated number raising through Python+ipipgo API:

1. Call the ipipgo interface to get a new IP every time you start the script.

2. Using the requests library to set the proxy parameters

3. Setting random operation intervals through the time module

4. Simulating real-life browsing trails with selenium

Key code snippets:

import ipipgo_api
import random

def get_proxy(): return ipipgo_api.
    return ipipgo_api.get_proxy(country='US',
                               country='US', proxy_type='socks5', duration='dynamic')
                               duration='dynamic')

def human_like_delay().
    time.sleep(random.uniform(0.5, 2.5))

V. Frequently Asked Questions QA

Q: How does the platform detect proxy IPs?
A: Mainly through the IP database comparison, to identify the IP segments of the server room. ipipgo's residential proxy IPs are all from the home network, perfect to avoid detection!

Q: How to choose between static IP and dynamic IP?
A: Long-term operation account (more than 3 months) is recommended to use static residential IP, short-term marketing tasks with dynamic IP more secure

Q: What should I do if my IP is blocked?
A: Immediately stop all operations of the IP, replace the new IP through the ipipgo background, and adjust the operating frequency parameters

Through a reasonable combination of ipipgo's global IP resource pool and script design, it can effectively reduce the risk of account anomalies above 90%. It is recommended to start debugging from the free trial first, and adjust the IP switching strategy according to the actual business needs.