IP address management in Rotating Proxy services can be performed through different methods according to user needs. In this article, we will examine in detail how reboot and IP rotate operations can be triggered via URL in Rotating Proxy services and the usage scenarios of these operations.
There are two different types of operations in Rotating Proxy services, and their purposes differ from each other:
The reboot operation refers to completely restarting the proxy connection server. This operation is a maintenance procedure that should only be used when technical issues are experienced. Continuously performing reboot operations can negatively affect system stability and lead to service interruptions.
Reboot operation should be used in the following situations:
Important: URL triggering feature for reboot operation is restricted due to security and system stability reasons. This operation should only be performed manually through the customer panel when there is a genuine technical issue.
The IP Rotate operation allows you to change your current IP address and obtain a new IP address from the pool. This is the fundamental feature of Rotating Proxy and is expected to be used continuously in normal usage scenarios.
IP Rotate operation is used in the following situations:
There is a URL-based triggering mechanism for IP rotate operations in Rotating Proxy services. With this feature, you can perform automatic IP rotation through your software and scripts.
A special API endpoint is used to trigger the IP rotate operation. You can send an HTTP GET or POST request to this endpoint to achieve instant IP change.
Basic usage example:
GET https://api.livaproxy.com/rotate?key=YOUR_API_KEY
When you send an API request, the system assigns a new IP address for your current session and your connection automatically continues through the new IP.
If you are using the sticky session feature in Rotating Proxy, the IP rotate operation is performed on a per-session basis. You can perform independent IP rotate operations for each session key:
username-session-123:password
In this usage, when IP rotate is triggered for "session-123", only the IP address for that session changes, other sessions are not affected.
In addition to manual URL triggering, Rotating Proxy services also offer automatic IP rotate feature. You can configure automatic IP rotation at specific time intervals through your customer panel:
It is important to monitor the response codes returned when using the IP rotate API:
| HTTP Code | Meaning | Description |
|---|---|---|
| 200 | Success | IP rotate operation completed successfully |
| 401 | Authorization Error | API key is invalid or missing |
| 429 | Too Many Requests | Rate limit exceeded, please wait |
| 503 | Service Unavailable | Temporary system issue, please retry |
You need to pay attention to some limitations when triggering IP rotate operation via URL:
import requests
# IP rotate operation
rotate_url = "https://api.livaproxy.com/rotate?key=YOUR_API_KEY"
response = requests.get(rotate_url)
if response.status_code == 200:
print("IP successfully changed")
# Continue with operations using new IP
else:
print(f"Error: {response.status_code}")
curl -X GET "https://api.livaproxy.com/rotate?key=YOUR_API_KEY"
Pay attention to the following recommendations to use the IP rotate operation efficiently:
If you encounter the following situations, you can initiate a reboot operation through the customer panel or contact our support team:
Note: Reboot is not required for normal IP rotate operations. IP rotate automatically assigns a new IP and does not require system restart.
Reboot and IP rotate operations in Rotating Proxy services serve different purposes. The IP rotate operation can be triggered via URL and is a feature expected to be used continuously in normal usage. The reboot operation, on the other hand, is a maintenance procedure that should only be used when technical issues are experienced and does not support URL triggering for security reasons.
By using the IP rotate API correctly, you can develop your automation scenarios, increase IP diversity in your web scraping projects, and effectively manage rate limit restrictions of platforms.