
IP getting blocked all the time? Try this old trick
Old Zhang, who works in data acquisition, has been tearing his hair out lately—platforms are blocking IPs faster than he changes his socks. Don't worry, we're here to break down how to fight this defensive battle with proxy IPs, focusing onHow to make IP rotation as natural as breathingThe
Why are IPs always getting blocked? Have you fallen into these traps?
First, figure out the platform's blocking routine:
| Reasons for Blocking | Scenarios |
|---|---|
| High-Frequency Operations from the Same IP | Sending 50 Requests in 1 Minute |
| IP address anomaly | An IP in Beijing Suddenly Jumps to Hainan |
| IP blacklisting | Using a Tagged IP Range |
Here's the point:Many tools come with static proxies that are just sitting ducks. We need to use a dynamic IP pool; a service like ipipgo that supports second-level switching is the right solution.
Four Smart Rotation Moves
1. Mix and Match Your IP Pool:Don't just use IPs from one city; mix IPs from all over the country. ipipgo's 2 million+ dynamic pool is enough for you to play with.
2. Switching Needs Rhythm:Don't wait to get blocked before switching; try this logic:
Python Example
import random
import requests
def switch_ip():
Get a new proxy from ipipgo
proxy = requests.get("https://api.ipipgo.com/getproxy").json()
return {proxy['protocol']: f"{proxy['ip']}:{proxy['port']}"}
Automatically Switch Every 50 Requests or 5 Minutes
request_count = 0
last_switch = time.time()
while True:
if request_count >=50 or (time.time()-last_switch)>300:
proxies = switch_ip()
request_count = 0
last_switch = time.time()
Continue your business requests...
3. Speed Needs to Act Human:Random delays are the way to go; don't use fixed intervals.
4. Be Picky About Protocols:HTTPS proxies are less susceptible to sniffing than SOCKS.
Actual comparison results
Testing with a certain e-commerce platform:
| programmatic | Duration of survival | blocking rate |
|---|---|---|
| Handling it with a single IP | <30 minutes | 100% |
| General Proxy Pool | 6-8 hours | 40% |
| ipipgo dynamic rotation | >24 hours | <5% |
Take a look:Their IP pool automatically updates resources at a rate of 200T per hour, which is like giving the IP pool dialysis.
A how-to guide that even a beginner can handle
1. After registering for an ipipgo account, find“Dynamic Tunnel”entrances
2. Choose the pay-as-you-go billing model (newbies are advised to start with the ¥5/day option)
3. Copy the API integration code, and remember to replace it with your key
4. Add an exception retry mechanism to the crawler code, and automatically trigger IP switching when encountering a ban
Frequently Asked Questions QA
Q: Is a larger IP pool better?
A: Not entirely! ipipgo's 2 million IPs are alllive-verifiedwhich is more reliable than some pools that claim to have tens of millions but are half-dead.
Q: Will switching too frequently be detected?
A: The key is the switching strategy. It is recommended to set arandom threshold(e.g., switch after 40-60 requests), don't use a fixed value.
Q: What about enterprise-level requirements?
A: ipipgo's exclusive pool service supportscustom IP location, and can also be used with fingerprint browsers for deep disguise.
Tell the truth.
I've used 7 or 8 proxies, but I ended up using ipipgo for a long time just to get a better idea of what to expect.be spared worry. Their smart routing function is indeed something, it can automatically bypass the marked IP segment. But remember, even the best tools must be used with strategies, don't expect to buy a proxy and be able to do whatever you want.
One last rant:Don't use a proxy during the account registration process!It is recommended to use a local IP in the early stages of nurturing a new account, and then switch to a proxy after the account is normal. Many people stumble on this detail.

