1. Anonymization of network requests
Scenario: When a robot needs to access network resources (such as APIs), using a proxy can hide the robot's real IP address, thereby protecting its privacy.
Application: For example, web crawler robots use proxies to avoid having their IP addresses blocked by the target website.
2. Bypassing geographic restrictions
Scenario: Some websites or services restrict access to specific regions. Proxies can enable robots to disguise themselves as users from different regions to access restricted content.
Application: For example, content crawling robots can use proxies to access content that is limited to certain countries or regions.
3. Load balancing and request distribution
Scenario: Load balancing through proxy servers can distribute network requests to multiple proxy servers, thereby improving request processing capabilities.
Application: For example, large data crawling robots can use multiple proxy servers to disperse requests to avoid excessive load on a single server.
4. Improve the success rate of requests
Scenario: When the target website restricts frequent requests, using different proxies can increase the success rate of requests.
Application: For example, some websites may restrict requests from the same IP, and using proxies can reduce the risk of being blocked.
5. Simulate user behavior
Scenario: Sometimes you need to simulate the behavior of different users to test or crawl data. Through proxies, robots can disguise themselves as multiple different users.
Application: For example, automated testing robots can use proxies to simulate access behaviors from different users.
6. Monitoring and analysis
Scenario: Proxies can be used to monitor and analyze network traffic to obtain data about robot behavior.
Application: For example, data collected using proxies can be used to analyze and optimize the performance and behavior of robots.
More details: https://www.lumiproxy.com/?keyword=int
For other questions, please contact: [email protected]
Scenario: When a robot needs to access network resources (such as APIs), using a proxy can hide the robot's real IP address, thereby protecting its privacy.
Application: For example, web crawler robots use proxies to avoid having their IP addresses blocked by the target website.
2. Bypassing geographic restrictions
Scenario: Some websites or services restrict access to specific regions. Proxies can enable robots to disguise themselves as users from different regions to access restricted content.
Application: For example, content crawling robots can use proxies to access content that is limited to certain countries or regions.
3. Load balancing and request distribution
Scenario: Load balancing through proxy servers can distribute network requests to multiple proxy servers, thereby improving request processing capabilities.
Application: For example, large data crawling robots can use multiple proxy servers to disperse requests to avoid excessive load on a single server.
4. Improve the success rate of requests
Scenario: When the target website restricts frequent requests, using different proxies can increase the success rate of requests.
Application: For example, some websites may restrict requests from the same IP, and using proxies can reduce the risk of being blocked.
5. Simulate user behavior
Scenario: Sometimes you need to simulate the behavior of different users to test or crawl data. Through proxies, robots can disguise themselves as multiple different users.
Application: For example, automated testing robots can use proxies to simulate access behaviors from different users.
6. Monitoring and analysis
Scenario: Proxies can be used to monitor and analyze network traffic to obtain data about robot behavior.
Application: For example, data collected using proxies can be used to analyze and optimize the performance and behavior of robots.
More details: https://www.lumiproxy.com/?keyword=int
For other questions, please contact: [email protected]