Geparization is one of the methods of protecting the operating system from threats that may be associated with vulnerabilities in the kernel and system components. In the context of system hardening, the goals are to make it more difficult for attackers to run malware or execute arbitrary commands on the underlying operating system kernel. This method of protection involves installing preventive mechanisms to prevent malicious loading of code into the main kernel and execution of certain parameters.
For system security, various methods are used, such as minimizing and isolating processes, multi-level checks in the user authentication process, monitoring network traffic, using encrypted connections and antivirus programs, managing process privileges, denying access to certain resources and other types of security measures. It is important to note that system heparnization is not a static defense and must be continually updated to provide protection against new types of malware and security threats.
One of the main reasons for the need for systemic hepar