no, it wont operates
in kernel mode, it operates on usermode.
Machine Mode
hardware mode
Code running in kernel mode has unlimited access to hardware and CPU. Code in user mode can't address memory that kernel mode does not allow it to.
Win32 Win32
Security purposes
Security purposes
The shell is made up of several subsystems that all operate in user mode. The kernel, or core, of the OS is responsible for interacting with hardware. It has more power to communicate with hardware devices than the shell has, and operates in kernel mode.
The program that surrounds the kernel of the operating system is called the "user space" or "user mode." It includes all the user-level applications and services that interact with the kernel, which operates in "kernel space" or "kernel mode." This separation helps ensure system stability and security by restricting user applications from directly accessing critical system resources managed by the kernel.
Kernel mode By A Raju
Kernel mode and user mode serve as essential mechanisms for protecting system integrity and security. In kernel mode, the operating system has unrestricted access to all hardware and system resources, allowing it to execute critical system tasks. Conversely, user mode restricts application processes from directly accessing hardware or critical system resources, thereby preventing potentially harmful actions that could compromise system stability. This separation ensures that user applications operate in a controlled environment, minimizing the risk of accidental or malicious interference with core system operations.
User mode and kernel mode are two distinct operating states in a computer's architecture. User mode restricts applications' access to hardware and system resources for security and stability, allowing them to execute only basic operations. In contrast, kernel mode grants the operating system full access to all hardware and memory, enabling it to manage resources and perform critical system tasks. This separation helps prevent user applications from interfering with core system functions, thereby enhancing overall system stability and security.
The type of rootkit that is attacked by impersonating trusted drivers is known as a "kernel-mode rootkit." These rootkits operate at the kernel level of the operating system, allowing them to gain deep access and control over system processes and resources. By mimicking legitimate drivers, they can evade detection by security software and maintain persistence on the infected system, ultimately compromising its integrity and security.