
How are real users playing with dynamic IPs?
Engaged in data collection of the old iron know that the platform anti-climbing mechanism is more strict than the cell access control. Last week, an e-commerce price comparison of the little brother and I spit, said with a fixed IP to catch data, just run two minutes was blocked, so angry that he almost smashed the keyboard. At this time if you will use dynamic IP rotation, there is no need to suffer from this nuisance - every request for 10 times automatically change the IP address, the platform can not even see your taillights.
Wildcard Usage of Dynamic IP
In addition to regular operations like crawling, dynamic IPs are especially topical in these scenarios:
1. Multi-account numbering without panic
Do live bandwagon to manage 20 accounts at the same time? With dynamic IP to each account with an independent IP address, the platform simply can not see that these numbers are related. Previously, a customer with ipipgo residential IP pool, 30 with goods account to raise white fat, monthly GMV directly tripled.
2. Ticket grabbing and coupon grabbing must-have god tool
A scalper told me last Spring Festival that he was able to initiate 200 ticket inquiries in 1 minute using a dynamic IP + automation script. Although this behavior is not advocated, it does show the power of dynamic IP in grabbing resources. Ordinary users use it to grab concert tickets and limited edition sneakers is also a descending blow.
import requests
from ipipgo import IpPool
ip_pool = IpPool(api_key="your key")
for _ in range(10).
current_ip = ip_pool.get_ip()
proxies = {"http": f "http://{current_ip}", "https": f "http://{current_ip}"}
response = requests.get('destination URL', proxies=proxies)
print(f "Successful access using IP {current_ip}")
The Three Fateful Things About Choosing Dynamic IP Services
There are a plethora of agency service providers on the market, but not many of them are reliable. Remember these three life and death lines:
① IP Survival TimeSome service providers have IPs that last less than 5 minutes, but ipipgo's IPs are guaranteed to last 15 minutes each.
② network latency: A header service provider's response time is 200ms+ slower than ipipgo's.
(iii) Verification Method: Go for the one with automatic authentication, not the primitive one where you have to enter your password every time!
Configuration tutorials that even a novice can handle
Take ipipgo as an example of a three-step approach to dynamic IP deployment:
1. After registering on the official website, enter the console to copy the API key
2. Select the type of IP you need (mixed dialing lines are recommended).
3. Add this configuration paragraph to the code:
Python Example
from ipipgo import RotateProxy
proxy = RotateProxy(
region="china", protocol="http
protocol="http"
)
Automatically change IP for each request
response = proxy.get("https://目标网站.com")
Frequently Asked Questions
Q: Will a dynamic IP be slower than a static IP?
A: It depends on the strength of the service provider. ipipgo's BGP line measured latency within 80ms, faster than many static IP.
Q: How can I prevent my IP from being recognized as a proxy?
A: The key is to look at the quality of the IP. ipipgo's residential IP pools are all home broadband IPs used by real people and come with real user behavioral fingerprints.
Q: What if I need both domestic and overseas IPs?
A: In the background of ipipgo directly switch the region on the line, but we are only talking about the domestic scene (quietly said their Southeast Asian IP is also quite stable)
Tell the truth.
Recently, I saw someone teach to use ADSL dial-up to engage in dynamic IP, this method three years ago is still good, now outdated. I'm not sure if you're going to be able to do this, but I'm sure you're going to be able to do it, and I'm sure you're going to be able to do it.
Lastly, remember to set a reasonable request interval when using a dynamic IP. Don't think you can do whatever you want with a dynamic IP, too frequent requests will still trigger the wind control. It is recommended to use with random sleep time to disguise the access behavior more like a real person's operation.

