Question 1

How does Palo Alto Networks IoT Security service ensure comprehensive protection against device-level threats in a hybrid enterprise environment?

Options :

A : By isolating IoT devices into separate VLANs.

B : By deploying device-specific firewalls for each IoT device.

C : By implementing static rules for IoT device communication.

D : By leveraging behavioral analytics and integrating with the Next-Generation Firewall (NGFW)

Answer: D

Question 2

How does TLS ensure the confidentiality of the session key during the handshake process?

Options :

A : The session key is shared over an encrypted channel established by the server’s certificate.

B : The client sends the session key encrypted with the server’s private key.

C : The session key is pre-shared before the handshake begins.

D : The session key is derived independently by both parties using shared secrets.

Answer: D

Question 3

Where is the optimal placement of a next-generation firewall (NGFW) in a containerized environment to ensure effective security for container workloads?

Options :

A : Directly between the host operating system and the container runtime.

B : Directly connected to the underlying hardware running containerized workloads.

C : At the edge of the Kubernetes cluster to inspect ingress and egress traffic.

D : Inside each container to monitor traffic at the application level.

Answer: C

Question 4

When designing a secure serverless function to process sensitive data, which of the following practices should be followed to ensure compliance with data protection standards?

Options :

A : Leverage environment variables to pass sensitive data securely to the serverless function.

B : Enable logging and store logs containing sensitive data in a public S3 bucket for auditing purposes.

C : Allow functions to dynamically fetch sensitive data from unencrypted third-party APIs.

D : Deploy serverless functions without any form of input validation to maximize performance.

Answer: A

Question 5

Which of the following best describes the primary function of Endpoint Detection and Response (EDR) in an endpoint security strategy?

Options :

A : To detect, investigate, and respond to advanced threats and suspicious activities on endpoints.

B : To block all incoming network traffic from untrusted sources at the endpoint level.

C : To automatically patch vulnerabilities in endpoint operating systems and applications.

D : To provide file encryption to prevent unauthorized data access during breaches.

Answer: A

Higher Test Marks with Free Online Cybersecurity-Practitioner Exam Practice

Buying Options: