Description: Firmware integrity monitoring is a critical process that ensures the firmware of a device remains free from unauthorized alterations. This involves the constant verification of the integrity of the code operating on the hardware, ensuring that there are no malicious modifications or errors that could compromise the security and functionality of the system. This process is carried out using hashing techniques and digital signatures, which allow for the detection of any changes in the firmware. The importance of this monitoring lies in the increasing threat of cyberattacks that seek to exploit vulnerabilities in firmware, which can result in data loss, service interruptions, and damage to the reputation of organizations. Additionally, firmware integrity monitoring is essential in various regulated environments, where compliance with security regulations is mandatory. In summary, this process not only protects the functionality of hardware but is also a key component in the cybersecurity strategy of any modern organization.
