As an e-commerce seller or social media operator, you must have used or heard of fingerprint browsers. As a multi-account social media marketing and e-commerce seller store security protection tool, fingerprint browsers play a key role in it. Most of the fingerprint browsers used may be of different brands, but have you noticed that most of these fingerprint browsers are Chrome kernels, or support two kernels, Chrome kernel and Firefox kernel, like BitFingerBrowser. What is the reason why these fingerprint browsers all choose Chrome kernel?

 

 

This is due to a variety of reasons. One is due to the functional advantages of the Chrome kernel, and the other is the functional requirements of the fingerprint browser itself. These reasons and functions together lead to the need for fingerprint browsers to use the Chrome kernel.

 

 

The core of the Chrome kernel is the Blink engine, which is a browser rendering engine created by Google with great effort, derived from a branch of the Webkit engine. Its original intention was to fully improve the browser's running speed, stability and security.

 

The reason why the Chrome kernel is so popular is mainly due to its outstanding speed and extraordinary flexibility. The engine has been deeply optimized to quickly render web content and give users a smooth browsing experience. At the same time, it has strong compatibility and can accurately present various websites and web applications, ensuring that users can enjoy consistent and high-quality browsing effects on different platforms.

 

And the Chrome kernel actively accepts Web standards and HTML5 technology, providing a solid backing for the smooth operation and interaction of websites and web applications. It also fully supports JavaScript, a key core technology of modern web applications, to ensure that all kinds of dynamic web page content can be loaded and presented smoothly. With its speed, stability, security and flexibility, the Chrome kernel has become the core choice of modern web browsers, so most fingerprint browsers will give priority to the Chrome kernel when designing.

 

 

Everyone knows that one of the functions of fingerprint browsers is to disguise real fingerprint information, protect your browser information security, and avoid being tracked and identified by the network. Chrome browsers are used by many people, so it is easier for you to present an invisible effect in the crowd. If you are using a niche kernel browser, even if the fingerprint browser simulates a new identity information for you, you will stand out like a crane among chickens, with a very obvious identification information, which greatly increases the possibility of being identified. However, this situation can be avoided by using Chrome browsers. Browsers with Chrome kernels account for more than 50% of the world, which greatly avoids being identified due to kernel reasons. With the browser fingerprint information simulated by the fingerprint browser, it is easier to play a safe and anti-tracking effect.

 

The other is that many users of fingerprint browsers have the need to open multiple browsers. Bit Fingerprint Browser itself supports multiple browsers. Cookie information and browser fingerprint information are independent, and a separate IP can be added to each multiple window. Multiple information will not be associated, and account security is guaranteed. However, there are many requirements for browser extensions for multiple browsers. Now the mainstream extension resource library in the world is based on supporting Google kernel. Bit Fingerprint Browser can directly import extensions from Google Store using Google kernel, which is convenient for users to use. If there is no required extension in Google Store, Google Browser's own extensibility interface is also convenient for customizing exclusive extensions for fingerprint browser users. You only need to contact the exclusive personnel through Bit Browser script customization to customize it.

 

I believe that through this article you have roughly understood why fingerprint browsers need to use Chorme kernel, but some fingerprint browsers provide more than one kernel. Why is this? For example, Bit Fingerprint Browser provides two kernels, Google kernel and Firefox kernel. This situation is mostly based on customer needs. The reasons for different fingerprint browsers are slightly different. I hope this article can help you.