A. Focusing solely on perimeter defense mechanisms
B. Assessing the specific features and capabilities of the cloud platform
C. Assuming default configurations are always secure
D. Ignoring the shared responsibility model
A. Specify security policies for cloud providers
B. Segregate network areas based on security requirements
C. Categorize types of security threats
D. Define different administrative roles
A. Increased manual workload for security teams
B. Centralized logging and analysis of security data
C. Improved incident detection and response times
D. Decreased need for encryption
A. Making the network accessible without a password
B. Decreasing network traffic
C. Allowing all devices to access network resources without checks
D. Ensuring devices comply with security standards before accessing the network
A. Enhanced data sovereignty and privacy
B. Enhanced agility and scalability
C. Improved compliance with regulatory requirements
D. Increased complexity in management
A. Cisco Secure Cloud Analytics
B. Cisco Secure Network Analytics
C. All of the above
D. Cisco Secure Cloud Insights
A. Identifying potential security threats across cloud environments
B. Decreasing visibility into cloud infrastructure
C. Solely managing on-premises network traffic
D. Complicating compliance reporting
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. Load balancing, SSL encryption, and protection from attacks
B. Directly exposing application APIs to the public internet
C. Simplifying the architecture by removing the need for WAF
D. Increasing the visibility of backend servers to external threats
A. Allow unrestricted access between services
B. Limit attackers' ability to move between compromised systems
C. Reduce the need for authentication
D. Increase the complexity of the network topology
