Aviation Data Collection Proxy IP Service | High Frequency Request Support + Dynamic IP Pool Management

Why do I need a proxy IP for aviation data collection?

Aviation data collection involves a large number of high-frequency requests, such as real-time flight dynamics, fare fluctuations, route planning and other scenarios. If the target website is frequently accessed directly from the local IP, access restrictions may be triggered, or the IP may be permanently blocked. At this time.Core Value of Proxy IPIt manifests itself - through distributed IP resources, simulating the decentralized access behavior of real users and avoiding the triggering of anti-climbing mechanisms.

Take the price monitoring of an airline's official website as an example, suppose it needs to capture the price change of a certain route every minute. If only a single IP is used for continuous requests, it may be recognized as robot behavior in less than half an hour. While using proxy IP services (such as ipipgo's dynamic IP pool), each request automatically switches to a different IP address, which not only guarantees the efficiency of data capture, but also reduces the risk of being intercepted.

How does dynamic IP pooling work in high-frequency request scenarios?

The core logic of dynamic IP pooling is "Multi-sharing, on-demand". Take ipipgo as an example, its dynamic residential IP pool covers more than 240 countries/regions and contains 90 million+ real home broadband IP resources. When a user initiates a data request, the system automatically assigns an unused IP and reclaims it for recycling by other users after the task is completed.

This model is particularly well suited to the two typical needs of aeronautical data acquisition:
1. Short-duration, high-frequency missionsDynamic IP Pooling: For example, if 1000 flight seat availability queries need to be completed within 30 minutes, the dynamic IP pool can automatically switch IP addresses to avoid the high frequency of single IP requests.
2. Long-period continuous acquisition: e.g. 24/7 monitoring of promotional activities of 20 airlines, IP pool can maintain stable collection through the rotation mechanism

Choose the right protocol type to improve collection success

Different aeronautical data sources have different levels of support for the protocol. ipipgo provides a proxy serviceSimultaneous support for HTTP, HTTPS, SOCKS5 protocolsThe user can choose flexibly according to the characteristics of the target website:
- If the target site has strict content encryption (e.g. individual ticket pages after user login), it is recommended to use the SOCKS5 protocol
- General public data capture (e.g., flight schedules) can be done directly using HTTP/HTTPS protocols.
- When you need to simulate mobile access, you can match the combination of residential IP + mobile Header parameter

Practical case: using ipipgo to build aviation data collection system

An airfare comparison platform needs to collect real-time fare data from 15 airlines, which the technical team realizes through the following scheme:
1. Created in the ipipgo consoleDynamic Residential IP Pool Task ForceSet the automatic IP switching period to 5 minutes
2. Configure protocol parameters for different airlines (SOCKS5 for European carriers and HTTPS for Asian carriers).
3. Setting IP locale rules: specify North American IP when collecting data from U.S. carriers and Middle East IP when collecting data from UAE carriers.
4. Exception handling mechanism: when an IP fails for three consecutive requests, it will automatically mark and switch to a new IP.

After one week of running the program, the success rate of data collection increased from 62% to 98%, and there was no IP blocking.

Frequently Asked Questions QA

Q: How to choose between dynamic IP and static IP?

A: Dynamic IP is suitable for scenarios that require frequent IP switching (e.g., multiple requests per minute), and static IP is suitable for scenarios that require long-term maintenance of the session (e.g., data that requires logging in to the account before it can be accessed). ipipgo is available in both types.

Q: How to test the response speed of proxy IP?

A: It is recommended to start with the ipipgo provided by theAPI test interfaceIn this way, we can send 10-20 test requests and count the average response time of IPs in different regions. Focus on the IP quality of the region where the target server is located.

Q: How to deal with IP blocking?

A: First check whether the target website's anti-crawl rules (e.g. incomplete request header, Cookies abnormality) have been triggered. If it is confirmed that it is an IP problem, open the ipipgo console in theAutomatic phase-out mechanismThe system will automatically filter low quality IPs and replenish new resources.

Through the rational use of proxy IP technology, the efficiency and stability of aviation data collection can be essentially improved. As a leading proxy service provider, ipipgo has become the preferred technology partner of many aviation data service providers with its huge real residential IP resources and intelligent scheduling system.