TheIOM Remediation linkin Falcon Cloud Security providescloud-provider-specific remediation guidance
, which is the most actionable information for addressing misconfigurations. This includes direct links to official documentation from providers such as AWS, Azure, or GCP that explain the correct configuration steps and security implications.
While severity and finding counts help with prioritization, they do not tell teamshow to fix the issue. Cloud provider documentation ensures remediation actions are accurate, supported, and aligned with native platform best practices.
CrowdStrike intentionally includes these links to reduce friction between security and cloud operations teams, enabling faster and more reliable remediation. Therefore, the correct answer isRelated documentation from the cloud provider.

Option A: Running an antivirus scan may detect malware, but it does not prevent ongoing attacker activity or preserve forensic evidence for deeper investigation.
Option B: The combination of Tor connections, failed logins, base64 and netcat usage, and execution from /tmp suggests potential malware activity or an active attack. Isolating the VM prevents further compromise, while forensic analysis helps identify the root cause.
Option C: Blocking outbound traffic may slow down attacker activities but does not fully prevent further actions or identify the existing compromise. Immediate isolation is more effective.
Option D: While kworker is a normal Linux process, its execution from /tmp is highly suspicious, as /tmp is a common location for malware execution. Ignoring this alert is a security risk.

Option A: Requiring all workloads to use privileged containers would create unnecessary security risks. The Kubernetes and Container Sensor can secure non-privileged containers, which is the recommended best practice for containerized workloads.
Option B: Disabling the kube-proxy component is not required for deploying the Kubernetes and Container Sensor. Kube-proxy is an essential component of Kubernetes networking, and its removal would break cluster functionality.
Option C: The Kubernetes and Container Sensor is typically deployed as a DaemonSet to ensure that a sensor pod is running on each node in the Kubernetes cluster. This enables comprehensive monitoring and threat detection across all workloads in the cluster. The DaemonSet is a standard Kubernetes construct for deploying cluster-wide services.
Option D: GPU support is not a requirement for deploying the Kubernetes and Container Sensor.
GPU nodes are only necessary for specific workloads, such as machine learning applications, and are unrelated to the sensor's deployment.

Option A: Falcon Spotlight focuses on identifying vulnerabilities in systems where a Falcon sensor is deployed. It cannot independently identify running workloads in a cloud environment without sensors.
Option B: Falcon Horizon (CrowdStrike's Cloud Security Posture Management tool) is specifically designed to provide visibility into cloud environments, including identifying running workloads, exposed services, and configurations. It achieves this without requiring a Falcon sensor, as it integrates directly with the APIs of cloud service providers such as AWS, Azure, and Google Cloud Platform to collect data on workloads and resources.
Option C: Falcon Prevent requires the deployment of a Falcon sensor on workloads to provide protection and visibility. It is not suitable for identifying running workloads without sensor deployment.
Option D: While cloud provider dashboards can be used to manually view running workloads, this approach lacks the automation, centralization, and advanced analytics provided by Falcon Horizon. It is a time-intensive and error-prone process compared to using CSPM tools.

Option A: AWS Shield Advanced protects against DDoS attacks, but it does not resolve misconfigured permissions on an S3 bucket. The root cause of the issue is excessive access permissions, not a network-based attack.
Option B: CrowdStrike Falcon sensors are deployed on cloud workloads (e.g., EC2 instances, containers) but cannot be installed on S3 buckets. Falcon Cloud Security provides visibility into misconfigurations, but the solution to this problem lies in correcting bucket policies.
Option C: Granting administrator privileges to all instances violates the principle of least privilege and increases the attack surface. Instead, access should be granted only to necessary users and services with minimal permissions.
Option D: The first step in remediating a publicly accessible S3 bucket is to modify its permissions. This includes disabling public access, reviewing and restricting IAM policies, and ensuring that only authorized users or services can access the data. CrowdStrike Falcon Cloud Security helps detect such misconfigurations, but remediation requires direct action in AWS.