A. Assigning administrative rights to all users.

B. Using a single strong password for all services.

C. Regularly changing service URLs for security.

D. Applying the principle of least privilege.

A. To encrypt each version of the stored data

B. To increase the storage capacity automatically

C. To keep multiple versions of an object in the same bucket

D. To provide a backup for each object stored

A. Enable logging and network flow monitoring

B. Set up alerts for suspicious traffic patterns

C. Allow unrestricted access to network resources

D. Disable all encryption

A. Resource tags

B. User attributes

C. Encryption algorithms

D. Access rights

A. To detect and alert on potential network intrusions

B. To provide a backup for network data

C. To encrypt data transmissions

D. To manage IP addressing within the network

A. Gateway APIs.

B. Session tokens.

C. Encrypted virtual private networks (VPNs).

D. Public Wi-Fi networks.

A. Allowing direct database access from the internet to increase performance.

B. Encrypting data stored in Firebase at rest and in transit.

C. Configuring strong security rules to define who has access.

D. Ensuring that database backups are publicly accessible for transparency.

E. Monitoring and logging all access and queries to detect anomalies.

A. Using default configuration settings.

B. Implementing application layer encryption.

C. Regularly reviewing and updating security configurations.

D. Allowing unrestricted data access from any network.

A. By increasing the access speed to cloud resources.

B. By reducing the need for authentication.

C. By encrypting data transmitted between the administrator and the cloud service.

D. By providing a dedicated physical connection to the cloud.