Brazil Pure HTTP Proxy Service | Low Latency for Data Collection

Why do I need a dedicated proxy IP for Brazilian data collection?

When performing web data crawling in Brazil, local servers often encounteredAccess frequency limitationrespond in singingIP blockedThe problem. Under normal network environment, a single IP launching requests continuously will be regarded as abnormal traffic by the target website. For example, in the price monitoring project of an e-commerce platform, the security mechanism will be triggered after only 10 minutes of collection using a regular network.

Our real-world testing found that a classifieds website in the São Paulo region of Brazil would show a CAPTCHA after 20 consecutive visits from a regular IP, and that using theResidential Proxy IP for ipipgoIt can maintain 200+ requests stably. This is because the native residential IP is closer to the real user's behavioral characteristics, effectively avoiding being identified by the anti-crawling system.

Core Elements of a Pure HTTP Proxy

Brazilian agents that are truly suitable for data collection need to fulfill three key metrics:

The proxy nodes deployed by ipipgo in Brazil use theResidential IP Rotation MechanismIn addition, the utilization period of each IP is strictly controlled at 15-30 minutes. With the intelligent routing system, the delay of request in Brazil is stabilized at 200-500ms, which fully meets the demand of high-frequency collection.

Practical Options for Dynamic/Static Proxies

It is crucial to choose the agent type according to the acquisition scenario:

Dynamic IP scenarios::
- Crawler programs that require hourly IP address changes
- Multi-threaded distributed acquisition tasks
- Scenarios requiring simulation of user behavior in multiple locations

Static IP Scenarios::
- Capture tasks that require maintenance of logged-in status
- Timed calls to API interfaces
- Data collection requiring a fixed geographic location

Take ipipgo's Brazilian proxy service as an example, the dynamic IP pool supports the automatic switching of 100+ residential IPs per second, and the static IPs can remain fixed for 72 hours. In the actual test, using dynamic IP to collect e-commerce comment data, the average daily collection volume is increased by 3 times and zero blocking.

Three Practical Tips for Proxy Configuration

1. request header masquerading as: Randomly switching User-Agents in code, it is recommended to have at least 20 sets of browser logos.

2. Request Interval Optimization: Set a random delay of 0.8-3 seconds to avoid triggering wind control at a fixed time interval

3. Failure Retry Mechanism: automatically switch IPs and retry requests when a 403/503 status code is received

After a customer used ipipgo agent with the above method, the data integrity rate of its price monitoring system increased from 67% to 99.2%, and the collection efficiency increased by 40%.

Frequently Asked Questions

Q: How to verify the purity of proxy IP?
A: Through the IP inspection interface provided by ipipgo, you can check the type of IP (residential/data center), usage history, blacklist status and other 12 indicators in real time.

Q: What should I do if I encounter CAPTCHA authentication?
A: Immediately stop the request from the current IP and reduce the collection frequency after switching to a new IP. It is recommended to integrate the CAPTCHA recognition module in the code or use the intelligent traffic scheduling function of ipipgo.

Q: How long can I keep the same IP valid?
A: Dynamic IP is recommended to be used for no more than 30 minutes at a time, and static IP can be used for up to 72 hours. The specific length of time needs to be adjusted according to the wind control intensity of the target website.

By choosing ipipgo's Brazilian proxy service, you can directly access the field-proven configuration scheme and technical support team to quickly build a stable data collection channel. Its residential IP resources covering 26 states in Brazil support positioning by city granularity, which is especially suitable for business scenarios requiring precise geolocation.