CCCS-203B · Question #140
An organization operates a multi-cloud infrastructure with Kubernetes clusters deployed across AWS and Google Cloud Platform (GCP). The team needs a sensor that can provide uniform protection for cont
The correct answer is B. Falcon Container Sensor. Option A: While Falcon CWP offers security for cloud workloads, it is more focused on compliance and vulnerability management rather than active runtime protection across diverse Kubernetes clusters. Option B: The Falcon Container Sensor is cloud-agnostic and works seamlessly acr
Question
An organization operates a multi-cloud infrastructure with Kubernetes clusters deployed across AWS and Google Cloud Platform (GCP). The team needs a sensor that can provide uniform protection for containers regardless of the cloud provider. Which sensor would best meet this requirement?
Options
- AFalcon Cloud Workload Protection (CWP) Sensor
- BFalcon Container Sensor
- CFalcon Kubernetes Controller Sensor
- DFalcon Host Sensor
How the community answered
(55 responses)- A4% (2)
- B87% (48)
- C7% (4)
- D2% (1)
Explanation
Option A: While Falcon CWP offers security for cloud workloads, it is more focused on compliance and vulnerability management rather than active runtime protection across diverse Kubernetes clusters. Option B: The Falcon Container Sensor is cloud-agnostic and works seamlessly across Kubernetes environments in AWS, GCP, and other cloud providers. It provides runtime visibility and protection, making it the optimal solution for multi-cloud Kubernetes clusters. Option C: This is not a valid product in the CrowdStrike portfolio. It may sound relevant due to its mention of Kubernetes but is fictitious. Option D: The Falcon Host Sensor is suitable for securing virtual machines or physical servers but does not provide the required capabilities for containerized environments running in
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