Setting Up a Proxy in OpenBullet

OpenBullet is an open-source tool used for automated testing, scraping, and data parsing. It is commonly used by penetration testers and developers to test websites, APIs, and custom endpoints through configurable scripts. A critical feature of this software is the ability to use servers for task execution. Configuring OpenBullet proxy servers allows requests to be routed through different IPs, enhancing anonymity and helping bypass geolocation restrictions. Proper configuration is essential for optimal performance and uninterrupted workflows.

Configuring Proxies in OpenBullet

Using them in OpenBullet ensures smoother task processing, prevents IP bans, and enables better scaling of automated requests. Below is a complete walkthrough on how to add, manage, and test an OpenBullet proxy setup.

Accessing Proxy Settings

To begin configuring them, open the application. Once launched, navigate to the “Proxies” tab found on the top menu bar. This section contains all necessary options for managing your environment.

In the server management interface, you will find features to:

• Import new IPs;
• Manually add addresses;
• Configure settings;
• Check performance and status.

Opening the settings section is the first step toward managing a functional and secure configuration. All modifications and additions to lists are done through this panel.

Adding a New Proxy List

Once in the panel, you can upload an OpenBullet proxy list by clicking the “Import” button. You can either upload a file or paste IPs directly.

Method 1: Import from file

• Click the folder icon.
• Select a .txt file that contains your list of servers.
• Each line should be formatted as IP:PORT or IP:PORT:USERNAME:PASSWORD.

Method 2: Paste manually

• Go to the “Import” tab.
• Select the “Paste” option.
• Enter your details in the correct format.
• Click “Accept” to add them to your list.

Selecting Proxy Types and Settings

After importing your new IPs, it is necessary to configure the type of each one and define relevant connection parameters. OpenBullet supports several types of protocols, including:

• HTTP;
• HTTPS;
• SOCKS4;
• SOCKS5.

To adjust the type:

• Right-click the entry.
• Select “Edit”.
• Choose the appropriate type from the dropdown.

If it requires authentication:

• Ensure the format includes username and password.
• Alternatively, use the “Edit” option to manually input login credentials.

Other available settings:

• Timeout: Determines how long OpenBullet waits for a proxy response before marking it as failed.
• Retries: Number of times OpenBullet should retry a failed IP.
• Anonymity filter: Lets you control whether to use transparent, anonymous, or elite intermediaries.

Correctly assigning the type and behavior for each IP ensures more stable connections and fewer failures during automated tasks.

Testing Proxy Performance

Once new IPs are added and configured, testing their reliability is necessary. In the panel, click the “Check” button to initiate the OpenBullet proxy checker.

This feature will evaluate:

• If each one is operational;
• The latency of the connection;
• Any authentication errors;
• Whether the server supports the assigned protocol.

The test results appear next to each entry with indicators like “OK”, “Dead”, or “Timeout”. IPs that fail this test should be removed or replaced. Maintaining a clean and working list is essential for uninterrupted workflow.

Testing performance not only ensures functionality but also helps you filter out ones that may affect the speed or reliability of automation scripts. This process also supports use cases such as running an OpenBullet proxy scraper, where fast, stable connections are critical.

Conclusion

Using intermediaries in OpenBullet is essential for efficient task execution, improved anonymity, and reduced risk of IP bans. Regular testing and management of settings help ensure consistent uptime and reliable performance, especially when working with advanced setups like the OpenBullet proxy API or integrating with third-party tools. A well-maintained system is key to maximizing the full capabilities of proxy operations across all use cases.