Blockchain Data Collection Solution: Distributed Proxy Pool for High Frequency Requests

In the field of blockchain data collection, stability and data security under high-frequency requests are the core challenges. In this paper, we will analyze how to combine the distributed proxy pool technology with professional service providers from the practical application scenarios.ipipgosolutions for efficient and compliant data collection.

I. Three core pain points of blockchain data collection

The following problems are common in blockchain data collection in government and finance:

II. Technical realization scheme for distributed agent pools

on the basis ofipipgoof residential IP resources, an efficient acquisition system can be built in three steps:

1. Dynamic IP resource pool construction
Call ipipgo's API interface to batch fetch residential IPs covering 240+ countries and regions. recommended!Dynamic + Static IP Mixed ModeThe following are some examples of how you can use dynamic IP rotation for high-frequency interfaces and static IP for interfaces that require identity preservation.

2. Intelligent scheduling strategy design
Set the scheduling rules with the following parameters:

• IP usage frequency: single IP request interval ≥ 3 seconds
• Geographic matching rule: automatically assign IPs according to the location of blockchain nodes
• Success Rate Threshold: automatically rejects IPs with a response success rate <95%

3. Abnormal traffic filtering mechanisms
Deploy a traffic cleaning module at the proxy pool gateway layer to identify anomalous traffic through request characterization. Example:

 Automatically switch to alternate IP pool when single IP request volume surges by 300% Trigger manual audit mechanism

iii. technical advantages of the ipipgo program

For blockchain harvesting scenarios.ipipgoProvide three special optimizations:

1. Residential IP authenticity guarantee
90 million+ home broadband IP resources, acquired through direct carrier cooperation, ensure that each IP has real user behavior characteristics.

2. Protocol-level deep adaptation
Support HTTP/HTTPS/SOCKS5 full protocol access, especially optimize the IP hold time in WebSocket long connection scenarios.

3. Intelligent traffic scheduling
Predict IP health based on machine learning algorithms and dynamically adjust each IP's:

• Request weighting
• Failure to Retry Strategy
• Geographic switching priority

IV. Analysis of actual cases

A government blockchain platform is connected to the ipipgo solution:

V. Frequently Asked Questions (QA)

Q: How to verify the cloaking effect of proxy IP?
A: Suggested use of ipipgo offersIP Fingerprint Detection ToolIt can detect 20+ stealth metrics such as TCP/IP stack characteristics, time zone deviation, and more.

Q: How to set the IP switching policy in high-frequency scenarios?
A: A stepped switching scheme is recommended:
1-100 times/day: single IP multiplexing
100-500 times/day: hourly IP switching
More than 500 times: create a dynamic IP pool for automatic rotation

Q: How do you handle sudden large-scale collection needs?
A: ipipgo supportResilient Expansion ModeThe IP resource pool can be temporarily opened 10 times, and the redundant IPs are automatically released after the collection is completed.

Through distributed agent pooling technology and specialized service providersipipgoThe deep cooperation can effectively solve the high-frequency request problem in blockchain data collection. The program has been verified in actual government affairs, finance and other scenarios, and developers are recommended to apply for theFree TrialPerform validation of effects.