Virtual fingerprint browser is an anti -associated browser designed to protect user privacy. The purpose is to prevent third parties from tracking users' online activities and reducing your risk of recognition. The goal of virtual fingerprint browsers is to minimize browser fingerprint recognition, and a technology that can recognize users by collecting and analyzing various browser attributes and features.

 

The virtual fingerprint browser uses various technologies and strategies to reduce the risk of fingerprint recognition. Common defense measures include the following:

 

1. User proxy randomization: Virtual fingerprint browsers will regularly change the user agency string sent to the server to the server, so that it is not easy to be used for user tracking and associated.

 

2. Randomization of attributes: Virtual fingerprint browsers randomize browser attributes such as screen resolution, time zone, plug -in lists such as screen resolution, and plug -in lists to reduce the user's unique fingerprint.

 

3. Script interception: Virtual fingerprint browsers can prevent or limit the execution of some scripts that may be used to identify fingerprints, such as Canvas fingerprints and WebGL fingerprints.

 

4.Cookie Management: Virtual fingerprint browser can automatically remove or limit the use of third -party cookies to reduce the risk of cross -site tracking.

 

5. Enhance privacy mode: Virtual fingerprint browsers usually strengthen the function of privacy models, such as preventing local storage and disable trackers from the website.

 

The use of virtual fingerprint browsers has significantly improved the level of privacy protection of users and reduces the risk of tracking the follow -up of advertisers and other third -party institutions.

 

BitBrowser provides users with a safe and privacy environment for users to use. Compared with other browsers, the BitBrowser has the following advantages:

 

First of all, virtual browser fingerprint technology and virtual IP technology can prevent account correlations, thereby protecting users' privacy and security.

 

Secondly, cloud synchronization technology can enable user data to synchronize between different devices and bring convenience to the use of users.

 

Finally, the BitBrowser can effectively prevent users from being collected or stolen by users' privacy data and ensure privacy security during the online browsing process.