The virtual browser has an independent environment, which can help us avoid many network risks. Such as marketing advertisements, viruses, Trojan horse programs, etc., can also guarantee our privacy security. The virtual browser has an independent network environment, completely separated from the local system, and provides a separate browser fingerprint environment, so that your browser window is independent information.
 

If you imagine the Internet as a huge city, then the browser fingerprint is like the "city ID card" of every netizen. This ID card not only contains their basic information, such as the operating system they use (city registration), browser version (issued version of the ID card), but also some more detailed information, such as screen resolution (height), plug-in list (personal preferences), etc.

Every time you visit a website, it is as if you are visiting a store in the city. And that store might ask to see your "city ID," which is your browser fingerprint. Through this fingerprint, the shop owner can know which city you are from, what your height is, and what you like. They can even use this information to track your movements around the city, record your shopping habits, and then use this information to create a shopping experience that is more in line with your habits.
 

If you do not want to be tracked, you can choose to use a virtual browser. The virtual browser is like a "mysterious ID card" whose information can be changed at any time. It can make you look like you're from a whole different city, and it can even make you look like a whole different person. In this way, even if the shopkeeper checks your "ID card", they will not be able to obtain your real information, so that they will not be able to track your real actions.
 

Virtual browsers (such as BitBrowser) can protect user privacy through a technique called browser context masking. This technique mainly confuses trackers by modifying or forging the characteristics of browsers and devices, so that they cannot obtain users' real browser fingerprints.
 

For example, a virtual browser can forge the browser's user-agent string to appear to be from a different browser or operating system. It can also modify other browser characteristics such as screen resolution, plugin list, etc. to further mask the user's real device information.
 

Virtual browsers to protect user privacy and prevent users from being tracked, thus providing a safer and more private online environment. Bit fingerprint browser provides browser isolation, IP isolation, and cookie isolation to create an excellent account isolation environment. Bit fingerprint browser + proxy IP = multiple accounts on the same device to isolate access.