
First, why is your business always intercepted? First look at this real case
Last year, an e-commerce friend complained to me, their team spent two weeks to get the goods price comparison script, just run two days on the target site blocked IP. even more extreme is that the other site directly to the entire IP segment are black - it's like your entire building were property blacklisted, even the takeout can not be ordered.
Here's the point:Nowadays, the website's anti-crawl mechanism has long been more than a single point of defense, and many platforms will identify machine traffic by the following characteristics:
1. High-frequency access from the same IP
2. Incomplete request header information
3. Operation behavior is too regular
4. Sudden burst of traffic peaks
Second, the correct way to open the ten million IP pools
ipipgo's engineer Lao Zhang told me a graphic analogy: traditional static proxies are like driving a fixed lane on the highway, while rotating proxies are old drivers who switch lanes at any time. Their ten million IP pool contains three major types:
| typology | Applicable Scenarios | Switching frequency |
|---|---|---|
| Residential IP | Simulation of real-life operation | 10-30 minutes |
| Server Room IP | Big Data Acquisition | 5-15 minutes |
| Mobile IP | APP business | Switching by Base Station |
Here's a pitfall to watch out for: don't think the more IPs the better! There is a customer doing social marketing, bought 100,000 IP but will not use, the result triggered the platform's wind control mechanism. Later, with ipipgo's intelligent routing function, the system automatically matches the most suitable type of IP, and the blocking rate dropped 83%.
Third, hand teach you to configure automatic switching
Take the Python crawler as an example, and use the ipipgo API to implement smart switching (the code is desensitized):
import requests
from random import choice
def get_proxy().
Call ipipgo's API to get the latest IP pool.
response = requests.get("https://api.ipipgo.com/v2/get?format=json")
return choice(response.json()['proxies'])
while True: proxy = get_proxy(response.json('proxies'))
proxy = get_proxy()
try.
resp = requests.get(target_url,
proxies={"http": proxy, "https": proxy}, timeout=10
timeout=10
)
print("Data capture successful!")
break
except.
print(f"{proxy} failed, auto switching...")
Key setup items:
- Number of failed retries ≤ 3
- Request interval randomization (0.5-3 seconds)
- User-Agent rotation library
- HTTPS certificate validation switch
IV. Practical guide to avoiding pitfalls
Recently helped customers debugging found a typical problem: they set the IP switching too regular, every 5 minutes on time to change a batch, the results were identified by the target platform for machine behavior. Later changed to random interval switching (3-8 minutes), with ipipgo's geographic location drift function, the collection success rate directly pull full.
Share one more operation: when you encounter a particularly difficult website, you can turn on ipipgo'sFlow staining pattern. This feature automatically inserts behavioral characteristics of real users in the request, for example:
- Randomized page dwell time
- Simulating mouse trajectory
- Dynamic loading of resource requests
V. First aid kits for common problems
Q: Will I be blocked if I switch IPs too often?
A: ipipgo's intelligent scheduling system learns the tolerance threshold of the target website and dynamically adjusts the switching frequency. After a customer used this feature, the average daily request volume increased by 5 times but the number of bans decreased instead.
Q: How do I test the quality of proxies?
A: There is a diagnostic tool in the ipipgo backend, enter the target website and you will see it:
1. Length of time available for IP survival
2. Response rate maps
3. Geographic coverage heat map
Q:How can I respond to an emergency when my IP is blocked?
A: Open immediatelyEmergency Fuse Mode, the system will automatically:
1. Suspend the current business thread
2. Switching alternate IP pools
3. Cleaning of contaminated IP
4. Generation of risk analysis reports
VI. Why are traditional programs obsolete?
Recent tests found that with ordinary proxy pool for e-commerce price comparison, 100,000 requests to change 2000 + IP. but with ipipgo's dynamic tunneling technology, the same amount of business only need to switch 83 times IP - equivalent to the magnetic levitation train to win the green train.
Their technical director revealed an industry secret: the head platform's risk control system is now able to recognizeIP History TrajectoryFor example, if an IP was just used for crawling last week. For example, if an IP was used for crawling last week, it will be monitored even if it is switched to this IP this week. But ipipgo's IP pool has a strict cleaning mechanism to ensure that each IP "on duty" before the restoration of a clean body.
A final statistic: our real-world comparison shows that after using the Smart Rotation Agent:
- Increase data collection efficiency by 4-7 times
- Account registration pass rate increased 62%
- Advertising Verification Cost Reduction 89%
Behind these numbers hides how many programmers working overtime in the middle of the night to save the hairline ah...

