A. The programming language used to develop the application
B. The color scheme of the application interface
C. The popularity of the application among users
D. The sensitivity of the data being accessed or stored by the application
A. Preventing data exfiltration and limiting malware spread
B. Simplifying network configuration
C. Enhancing the performance of cloud applications
D. Allowing unrestricted data transfer
A. To encrypt device data
B. To connect to open networks
C. To track user activity on websites
D. To authenticate users by leveraging an identity provider
A. Always allowing direct connections to the internet for all applications
B. Disabling encryption to enhance performance
C. Implementing secure VPN connections for sensitive applications
D. Using a single set of security policies for all types of applications
A. Disable multifactor authentication
B. Increase the number of user accounts required
C. Ensure only authorized users and devices can access the application
D. Reduce application performance
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. Monitoring user activities
B. Authenticating users via an identity provider
C. Disconnecting user sessions
D. Increasing network latency
A. Devices have unlimited access to resources
B. Users can bypass security measures
C. Network performance is degraded
D. Devices meet security standards before accessing network resources
A. Quickly isolating infected devices from the network
B. Slowing down the detection of malware
C. Complicating incident response procedures
D. Increasing the number of false positives
A. Accelerating website performance
B. Protecting web applications from attacks such as SQL injection and XSS
C. Managing website content
D. Filtering email spam
