What is the primary purpose of endpoint management in Cortex XDR?

What is the primary purpose of endpoint management in Cortex XDR?

• A. To store all user credentials securely
• B. To centrally manage and execute security policies
• C. To create network configurations only
• D. To allow end users to manage their own devices

Answer: (B)

The primary purpose of endpoint management in Cortex XDR is to centrally manage and execute security policies. This involves overseeing and controlling the security settings, updates, and configurations across all endpoints within an organization, ensuring that consistent security measures are applied. It allows organizations to respond quickly to potential threats by implementing policy changes from a single console, enhancing security posture and compliance. By focusing on the centralized aspect of managing security practices, organizations can streamline their defense mechanisms, making it easier to enforce policies, monitor compliance, and quickly adapt to emerging threats across all devices. This centralized approach is crucial for maintaining an effective security strategy, as endpoints represent a significant attack surface in modern networks.

The primary purpose of endpoint management in Cortex XDR is to centrally manage and execute security policies. This involves overseeing and controlling the security settings, updates, and configurations across all endpoints within an organization, ensuring that consistent security measures are applied. It allows organizations to respond quickly to potential threats by implementing policy changes from a single console, enhancing security posture and compliance.

By focusing on the centralized aspect of managing security practices, organizations can streamline their defense mechanisms, making it easier to enforce policies, monitor compliance, and quickly adapt to emerging threats across all devices. This centralized approach is crucial for maintaining an effective security strategy, as endpoints represent a significant attack surface in modern networks.