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You need to register one AWS account as part of a deployment of Falcon Cloud Security. You decide to complete the registration process in the Falcon UI.

What will be utilized during this process if you choose the recommended method to register an individual AWS account?

AAWS Config

BA Terraform script

CAWS CloudFormation

DA Bash script
When registering an individual AWS account in CrowdStrike Falcon Cloud Security using the Falcon UI, the recommended and supported method is AWS CloudFormation. CrowdStrike provides a prebuilt CloudFormation template that automates the creation of required AWS resources, including IAM roles, permissions, and trust relationships needed for secure, read-only API access.
Using CloudFormation ensures the deployment is consistent, auditable, and aligned with AWS best practices. It minimizes human error by automatically configuring the correct permissions required for Falcon to collect configuration, identity, and resource metadata from AWS. This method also simplifies lifecycle management---resources can be updated or removed cleanly by managing the CloudFormation stack.
Other options are not recommended for this use case. AWS Config is a native AWS compliance service but does not handle Falcon onboarding. Terraform scripts may be used in advanced or large-scale automation scenarios, but they are not the default or recommended approach for single-account registration in the Falcon UI. Bash scripts lack governance, validation, and repeatability.
Therefore, when registering a single AWS account through the Falcon console, AWS CloudFormation is the correct and CrowdStrike-recommended method.

Question 2

What is a primary function of the Containers and Images Compliance dashboard in CrowdStrike's Cloud Security platform?

AProvides a visual summary of compliance across containers and images

BTracks the network performance of containers and provides detailed network usage data

CAllows users to automatically patch non-compliant containers and images

DDisplays the list of all containers that are unsupported by Falcon Cloud Security with Containers
The Containers and Images Compliance dashboard in Falcon Cloud Security is designed to give security and DevOps teams a visual, aggregated view of compliance posture across container images and running containers.
This dashboard summarizes compliance status against benchmarks such as CIS, organizational policies, and security best practices. It highlights compliant versus non-compliant images and containers, severity distribution, and trending risk, enabling teams to quickly assess overall posture and prioritize remediation.
The dashboard does not perform network monitoring, automatic patching, or unsupported container enumeration. Those functions are handled by other Falcon modules or operational workflows.
Therefore, its primary function is to provide a visual summary of compliance across containers and images, making Option A correct.

Question 3

You have misconfigurations left undone in your AWS environment. This has caused you to rely on a third party or your limited internal desktop security team that lacks cloud consciousness.

What Cloud Security Posture Management setting can you set up to help your security team save time?

AAutomatic JSON File Export

BSIEM Connector

CScheduled Reports

DCloud posture remediation
To reduce operational overhead and help security teams remediate cloud misconfigurations efficiently, CrowdStrike Falcon Cloud Security recommends enabling Cloud posture remediation. This CSPM capability is designed to streamline and automate remediation workflows for cloud control plane misconfigurations identified through Indicators of Misconfiguration (IOMs).
Cloud posture remediation provides guided, cloud-native remediation instructions and, in supported scenarios, automated fixes that align with provider best practices (such as AWS IAM, logging, and networking controls). This is particularly valuable when internal teams lack deep cloud expertise or when remediation is outsourced to third parties, as it reduces back-and-forth communication and manual investigation.
Other options do not directly remediate issues. Scheduled reports and JSON exports are reporting mechanisms only. The SIEM Connector forwards telemetry but does not resolve misconfigurations. Cloud posture remediation directly addresses the root problem by accelerating corrective actions and reducing mean time to remediation (MTTR).
Therefore, the correct answer is Cloud posture remediation.

Question 4

Which Falcon sensor installation should you use for a Kubernetes endpoint that is hosting container workloads when you have access to the kernel?

AFalcon Operator Container Image

BFalcon Container Sensor for Linux

CFalcon Sensor for Linux

DFalcon Sensor for Linux deployed as a DaemonSet
When protecting a Kubernetes endpoint that hosts container workloads with access to the Linux kernel, CrowdStrike recommends deploying the Falcon Sensor for Linux as a DaemonSet.
This deployment model installs the full Falcon Linux sensor on each Kubernetes worker node using a DaemonSet, ensuring one sensor runs per node. Because the sensor has kernel-level access, it provides deep visibility into system calls, process execution, network activity, and container behavior---delivering robust runtime protection.
The Falcon Container Sensor for Linux is used when kernel access is not available (for example, in managed or restricted environments). The Falcon Operator Container Image simplifies lifecycle management but is not itself the sensor. Deploying the standard Falcon Sensor for Linux outside a DaemonSet would not scale correctly in Kubernetes.
Therefore, for Kubernetes environments with kernel access, the correct and CrowdStrike-recommended installation is Falcon Sensor for Linux deployed as a DaemonSet.

Question 5

What are three valid states for the state of a port under the Network Events dashboard?

AOpen, Connect, and Closed

BListen, Reject, and Connect

CConnect, Accept, and Listen

DAccept, Connect, and Reject
In Falcon Cloud Security Network Events, port states reflect how network connections are established and handled at runtime. The platform uses standardized connection state terminology to help analysts understand traffic behavior and intent.
The three valid port states are:
Connect: Indicates an outbound connection attempt initiated by a process or container.
Accept: Represents an inbound connection that was accepted by a listening process.
Listen: Shows that a process is actively listening on a port for incoming connections.
These states provide crucial context for detecting suspicious behavior such as unauthorized listeners, unexpected inbound access, or abnormal outbound communications. Other options include terms not used by Falcon to define port state semantics within Network Events.
Therefore, Connect, Accept, and Listen is the correct answer.

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