Anti-fingerprinting browsers is a tool designed to resist fingerprinting browser technology, which aims to reduce or obfuscate browser characteristics, thereby reducing the risk of being uniquely identified and associated. The following are the principles and methods used by some anti-fingerprint browsers:

 

Simulate browser characteristics: Anti-fingerprint browsers will simulate common browser characteristics, such as user agent strings, operating systems, browser plug-ins and fonts, etc. They may choose these characteristics randomly, or from a predefined list, to reduce specific browser fingerprints.

 

Randomize browser features: Anti-fingerprint browsers will periodically change browser features, such as plug-in lists, fonts, language settings, etc. This prevents ongoing fingerprinting, as browser characteristics are different for each visit.

 

Block specific browser features: Anti-fingerprint browsers may block certain specific browser features, such as disabling specific plug-ins, deleting specific font information, etc. This reduces the uniqueness of browser fingerprinting.

 

Privacy protection function: Some anti-fingerprint browsers also provide additional privacy protection functions, such as blocking trackers, ad blocking, etc., to reduce the risk of being tracked and associated.

 

Script interception and modification: Anti-fingerprinting browsers may intercept and modify JavaScript scripts on web pages to prevent execution of specific fingerprinting codes or scripts that modify browser characteristics.

 

It should be noted that although anti-fingerprint browsers can reduce the risk of being identified and associated with fingerprint browsers, they cannot provide absolute protection. Fingerprinting technology is constantly evolving and new methods and algorithms may emerge to identify and associate browsers. Therefore, there are still certain risks in using anti-fingerprint browsers.

 

In addition, it is important to be aware of other possible sources of fingerprints, such as operating system, hardware configuration, and network environment. These factors may be used to link accounts, even if browser fingerprints are hidden or obfuscated.

 

To sum up, anti-fingerprint browsers reduce the recognizability of fingerprints through methods such as simulating, randomizing and shielding browser features, so that users can prevent the risk of being recognized and tracked when browsing websites or platforms. Protect user privacy.

 

The bit fingerprint browser is based on the in-depth development of the Google kernel. It is used with different agents. The generated fingerprint information can achieve the purity of the fingerprint and continuously simulate the real machine environment, hiding the basic information of the user, the basic information and location of the device, and browsing preferences etc. Different parameter settings can be set according to the designated platform website that you want to log in, and it is widely used in the e-commerce industry.