The virtual anti-correlation browser is an anti-correlation fingerprint browser commonly used in the e-commerce industry. Different from ordinary browsers, virtual anti-correlation browsers can simulate real browser configuration files to achieve multi-window and multi-IP, and can prevent third-party platforms from obtaining our real browser fingerprints by modifying the browser's fingerprint information, achieving The purpose of preventing association of multiple accounts.

 

BitBrowser Virtual Anti-Association Browser can effectively prevent account association. This browser technology can simulate different browser environments and configurations, making each account's login environment independent, preventing the platform from detecting links between accounts.

 

The main features of BitBrowserVirtual Anti-Association Browser are:

 

1. Simulate different browser environments and configurations: Virtual anti-correlation browsers can simulate different operating systems, browser types and versions, screen resolutions, etc., making the login environment of each account look independent.

 

2. Hide your real IP address: Virtual anti-correlation browsers can use technologies such as proxy servers and VPNs to hide your real IP address and avoid being detected by the platform.

 

3. Clear browser fingerprint: Browser fingerprint is a unique identifier that can identify your device, including device model, operating system, browser version and other information. The virtual anti-correlation browser can clear browser fingerprints so that the login environment for each account looks different.

 

4. Multiple account opening function: The virtual anti-correlation browser supports the multiple account opening function, allowing users to open multiple browser windows or tabs on the same device at the same time, making it easier to manage multiple accounts.

 

BitBrowser Virtual Anti-Association Browser can help prevent account association, and fingerprint browser technology can simulate different login environments, making each account look independent and difficult to be associated. This can not only avoid the risk of account bans, but also improve users' work efficiency in e-commerce, social media and other fields.