Option A: Manual intervention slows down the response process, negating the benefits of automation. The workflow should be designed to act automatically based on predefined triggers and actions.
Option B: Isolating an affected EC2 instance is a best practice for mitigating threats while minimizing disruption. This approach ensures that the issue is contained without impacting unrelated resources.
Option C: Terminating all instances in the same VPC is overly aggressive and likely unnecessary.
Automated remediation should be precise and targeted to avoid disrupting operations.
Option D: Providing excessive permissions violates security best practices. IAM roles should follow the principle of least privilege, granting only the permissions needed for specific remediation actions.

Option A: While Falcon Administrators have full access to CrowdStrike Falcon, assigning this role just for cloud onboarding is not a best practice. Overuse of administrative privileges increases security risks.
Option B: The Falcon Threat Hunter role allows security professionals to conduct threat hunting and forensic analysis but does not include permissions for cloud account registration.
Option C: The Falcon Cloud Security Onboarding role is specifically designed for registering and managing cloud accounts within Falcon Cloud Security. This role ensures that users can onboard AWS, Azure, and GCP accounts while maintaining security and compliance without having unnecessary administrative privileges.
Option D: The Falcon Viewer role is read-only, meaning users with this role cannot onboard new cloud accounts or make configuration changes. It is designed for security monitoring, not for account registration.

Option A: The account creation date is irrelevant to identifying security risks posed by inactivity. A recently created account can still pose a high risk if it has excessive permissions or is compromised.
Option B: While the number of inactive users provides a broad overview, it does not assess the specific risk each user poses. Risk assessment requires detailed insights into permissions and access levels.
Option C: Inactive users with excessive permissions pose a significant security risk, as their accounts can be exploited for unauthorized access. Assessing the roles and permissions helps determine the potential damage that could occur if an inactive account is compromised. This analysis is critical for prioritizing remediation efforts, such as deactivating accounts or revoking permissions.
Option D: Failed login attempts could indicate a brute-force attack, but they are not the primary metric for assessing risk due to inactivity. Instead, permissions and roles are more indicative of potential impact.

Option A: Deleting virtual machines is unnecessary for deprovisioning. The focus should be on severing integration points between Falcon and the cloud account.
Option B: Removing the account from the Falcon console ensures that Falcon no longer attempts to monitor it. Disabling API access prevents further interaction and completes the deprovisioning process.
Option C: Revoking permissions alone is insufficient because the account remains linked to Falcon. Proper deprovisioning requires both removing the account and disabling API access.
Option D: Uninstalling endpoint agents is irrelevant to deprovisioning a cloud account from Falcon. Agents operate independently from cloud account registration.

Option A: Deploying the Falcon agent to workloads is not a prerequisite for registering the cloud account. Agent deployment is a separate step focused on workload protection, not account registration.
Option B: There is no requirement to upload metadata via a CSV file during the registration process. Falcon Cloud Security collects metadata automatically once permissions are granted.
Option C: While vulnerability scanning is an important feature of Falcon Cloud Security, it is not a step in the account registration process. Scanning requires additional configurations after registration.
Option D: Granting the necessary permissions through an API role or service account is a critical first step in registering a cloud account with Falcon. Without these permissions, Falcon Cloud Security cannot monitor or secure resources within the account.