Description: Kernel security refers to a set of measures and practices designed to protect the core of an operating system, which is the fundamental part that manages hardware resources and enables communication between software and hardware. This security is crucial, as the kernel is an attractive target for attackers who seek to exploit vulnerabilities to gain unauthorized access or compromise system integrity. Kernel security strategies include implementing strict access controls, monitoring security events, and applying security patches in a timely manner. Additionally, it integrates into broader security approaches, such as the Zero Trust model, which assumes that threats can be both inside and outside the network, and therefore requires continuous verification of all users and devices. In the context of security information and event management, kernel security plays a vital role by providing a secure environment for processing sensitive data. In the realm of connected systems and cloud computing, kernel security becomes even more relevant as the proliferation of devices and services increases the attack surface. Therefore, kernel security is an essential component for ensuring privacy and data protection in an increasingly complex digital world.
