Random IP Address: Random IP Generation Tool

What exactly is the use of random IP? You'll understand after reading these scenarios

Friends engaged in the network should understand that the IP address is like your network identity card. There are times when you need to change a "vest" to do things, such as do data collection brother, with a fixed IP is easy to be blocked; to do the test brother to simulate different regions of the visit; there are marketing partners have to manage multiple accounts. At this timeRandom IP Generation ToolIt becomes just a necessity.

To cite a real case: last year, an e-commerce friend, with their own company network at the same time logged in 10 store accounts, the results were recognized by the platform as a related account, directly sealed 7. Later, he changed to use random IP tool, each account is assigned a different regional IP, more than half a year without problems.

Write your own code to generate IP?

Many tutorials online teach people to generate random IPs in Python, such as this code:

import random

def generate_ip(): return "".
    return "." .join(str(random.randint(0, 255)) for _ in range(4))

However, the IP generated in this way90% doesn't even work.! Because:
1. Many IPs belong to reserved segments of the intranet (e.g. 192.168.x.x)
2. The generated IP may not be powered on at all
3. Carrier-assigned IPs have specific patterns
4. Easily recognized as fake IP by target websites

Comparison of three reliable programs

Here's a real comparison table for you (your own real-world data):

Hands-on with ipipgo to generate random IPs

Here's a demonstration of a real-world operation:

import requests

 Get dynamic IP from ipipgo
def get_random_ip():
    api_url = "https://api.ipipgo.com/random"
    response = requests.get(api_url)
    return response.json()['ip_address']

 Use Cases
for i in range(5).
    print(f "Getting IP for {i+1}th time:", get_random_ip())

This way each request will getReal IPs in different regions, much more reliable than those fake IPs. The key is that their IP pool is updated daily, so you don't have to worry about duplicates at all.

Frequently Asked Questions QA

Q: Will there be multiple users bumping IPs?
A: ipipgo uses a dynamic allocation mechanism, each session of independent IP, we have measured the continuous access to 100 times without repeating!

Q: Will it be slow?
A: Pick themBGP hybrid lineThe latency is basically within 80ms, and watching videos is not laggy.

Q: Can I use it for a beginner who is just starting out?
A: They provide ready-made browser plug-ins, two clicks to switch IPs, no need to write code at all

These details do not pay attention to the car as usual

Be careful even if you use a random IP:
1. After each IP switchEmpty Browser Cache
2. Different browser fingerprints for different accounts
3. The intervals between operations are to beSimulates the rhythm of a real person
4. Avoid centralized operations in the early hours of the morning (appearing robotic)
5. Regular change of IP segments (recommended to be coupled with ipipgo's timed switching function)

One final cold note: many platforms will actually record theIP replacement frequencyIf you switch IPs 30 times a minute, it's useless to use the best service. It is recommended to set reasonable switching intervals according to business needs, such as ipipgo support by minutes/hours/day multiple frequency automatic rotation, which is a long-term solution.