A. Focusing solely on external threats
B. Determining the scope and impact of a security threat
C. Ignoring critical security alerts
D. Reducing the efficiency of security operations
A. Allowing all outbound traffic without inspection
B. Blocking all cloud services to ensure network security
C. Implementing access control based on user identity and device security posture
D. Unlimited data transfer policies
A. Ignore cloud resources for simplified management
B. Focus only on physical data center assets
C. Reduce the effectiveness of cloud security posture management
D. Provide visibility into cloud assets and their relationships for security purposes
A. Leveraging zero-trust principles
B. Ensuring compatibility between different cloud services
C. Centralizing all data storage on-premises
D. Implementing consistent security policies across environments
A. Reducing the use of cloud services
B. Ignoring security alerts
C. Implementing strict identity and access management controls
D. Limiting data encryption
A. Setting standards for defense-related IT and cybersecurity
B. Ensuring cloud services are accessible worldwide
C. Managing cloud storage solutions
D. Providing entertainment services
A. Only the encryption needs of data in transit
B. The reduction of cloud service providers
C. The merging of networking and security services to support dynamic secure access
D. The separation of networking and security functions
A. To monitor employee productivity
B. To block access to unauthorized web content
C. To prevent access to malicious websites
D. To increase internet speed
A. Increasing manual intervention in security processes
B. Decreasing the speed of security operations
C. Automating the response to security incidents
D. Reducing the accuracy of threat detection
A. Maintaining the compromised state for forensic analysis
B. Permanently disabling compromised accounts
C. Restoring services or applications to their operational state after a security incident
D. Ignoring the incident after containment
