
Core Pain Points and Solutions for Highly Concurrent Data Collection
There are two situations that you are most afraid of when doing data collection: one is that the target website frequently blocks IPs, and the other is that the collection speed can't keep up with the demand. Traditional single-IP rotation mode in the capture of millions of data, often need to interrupt waiting for the new IP to take effect. At this time, it is necessary toProxy pooling system capable of calling multiple IPs at the same time, and ipipgo's distributed IP pool design solves this problem.
Real Case: An e-commerce price monitoring project needs to collect 3 million pieces of product data per hour. When using ordinary proxy service, 20 IPs were blocked every 10 minutes, and after changing to ipipgo residential IP pool, through the dynamic IP rotation mechanism, the collection was continued for 24 hours without triggering the blocking.
Four Key Elements of Building a 10 Million Agent Pool
To achieve stable and efficient data collection, it is important to focus on these four core points:
| key constituent | specification | ipipgo solutions |
|---|---|---|
| Number of IPs | At least 5000+ available IPs in a single region | Covering 240+ countries worldwide |
| responsiveness | Request delay <1 second | Node-wide intelligent route optimization |
| Protocol Support | Simultaneous support for HTTP/HTTPS/SOCKS5 | Full protocol auto-adaptation |
| stability | 24-hour online rate >99% | Residential IP + Server Room IP Dual Channel |
Hands-on configuration of a distributed collection system
Taking the Python crawler as an example, configuring the ipipgo proxy pool takes only three steps:
1. Set the proxy authentication parameters in the code
2. Create IP rotation middleware
3. Setting up a failure retry mechanism
Focused Tips:It is recommended that you set up random IP switching for each request, with the number of concurrency not exceeding 30% of the total IP pool. e.g. if you have 1000 available IPs, it would be most appropriate to initiate 300 requests at the same time.
Strategies for selecting dynamic and static IPs
Many people don't know which type of IP to use when:
- Dynamic residential IP: suitable for collection tasks that require frequent IP changes, with a new IP for each request
- Static long-lived IP: suitable for scenarios where the session state needs to be maintained, such as post-login operations
ipipgo supports two modes of free switching, and can be used in a flexible combination when collecting different websites.
Frequently Asked Questions QA
Q: Do I need to maintain the IP pool myself?
A:Using ipipgo does not require self-maintenance, the system will automatically eliminate the invalid IP and replenish the new IP, to keep the pool IP activity.
Q: What do I do when I encounter a CAPTCHA?
A: It is recommended to cooperate with the IP rotation strategy, when an IP triggers the CAPTCHA, immediately discard the IP and switch to a new IP to continue collection.
Q: How can I avoid being recognized as machine traffic?
A: ipipgo's residential IP comes with real user behavioral characteristics, and with reasonable request interval settings (recommended 0.5-2 seconds), it can effectively simulate manual operation.
Special advantages of industry-grade solutions
Distinguished from ordinary proxy services, ipipgo has three unique advantages:
1. SupportIndividual requests to specify export areasAccurately locate data sources
2. ProvisionReal-time request success rate monitoringinstrument panels
3. ExclusiveIP warm-up mechanismIn addition, the target area IP pool is activated in advance.
These features are especially suitable for business scenarios that require multinational collection and multilingual content capture, and have been measured to improve collection efficiency by more than 3 times.

