Isolate identities: Fingerprint virtualization can create independent fingerprints for each account, thereby isolating identity information between different accounts. This means that even if multiple accounts are used to log in on the same device, each account can have its own independent fingerprint identification to avoid the risk of cross-identity leakage.

 

Improve privacy protection: Fingerprint virtualization technology can prevent third parties from tracking and identifying the real identity of users. Traditional fingerprint recognition technology may use the existing hardware fingerprint information on the device to uniquely identify the user, while fingerprint virtualization can generate and randomize virtual fingerprints, so that each fingerprint recognition produces a different identification, thereby improving user privacy Protect.

 

Prevent fingerprinting abuse: In some cases, malicious websites or applications may try to use fingerprinting technology to track users' online activities, identify users, or conduct precise advertising targeting. Fingerprint virtualization can interfere and confuse these fingerprint recognition technologies, thereby reducing the possibility of fingerprint misuse and protecting user privacy and anonymity.

 

It should be noted that although fingerprint virtualization technology can provide certain privacy protection, it cannot completely eliminate the risk of fingerprint identification. Malicious parties may still use other techniques or combine multiple pieces of information to track users. Therefore, in terms of protecting personal privacy, it is very important to comprehensively adopt various security measures and pay attention to the use of personal information.

 

Especially for some e-commerce sellers, multi-account login needs to prevent association, and it is very important to prevent the identification of the website platform, so when using the bit fingerprint browser with different proxy IP to realize the fingerprint of the independent window Generate, continuously simulate the operation of the real machine environment, and deeply hide the fingerprint information from being identified and tracked. It is possible to change the model of the basic equipment, the geographical location, the change of the time zone, etc., so as to avoid the risks and leaks of identification!