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Google Professional-Cloud-Security-Engineer Exam Sample Questions

Question # 1

A customer has an analytics workload running on Compute Engine that should have limited internet access. Your team created an egress firewall rule to deny (priority 1000) all traffic to the internet. The Compute Engine instances now need to reach out to the public repository to get security updates. What should your team do?

A. Create an egress firewall rule to allow traffic to the CIDR range of the repository with a priority greater than 1000.

B. Create an egress firewall rule to allow traffic to the CIDR range of the repository with a priority less than 1000.

C. Create an egress firewall rule to allow traffic to the hostname of the repository with a priority greater than 1000.

D. Create an egress firewall rule to allow traffic to the hostname of the repository with a priority less than 1000.

Answer

B. Create an egress firewall rule to allow traffic to the CIDR range of the repository with a priority less than 1000.

Explanation:

To allow Compute Engine instances to access public repositories for security updates while an egress firewall rule is in place to deny all internet traffic, you need to create a more specific egress rule that permits traffic to the CIDR range of the repository. The priority of this rule should be lower (i.e., a higher priority number) than the deny rule.

Steps:

Identify the CIDR Range: Determine the CIDR range of the public repository from which the security updates will be fetched. Create Egress Firewall Rule: Create a new egress firewall rule allowing traffic to the identified CIDR range with a priority less than 1000.

Apply Firewall Rule: Use the Google Cloud Console or gcloud command-line tool to apply the new firewall rule.

References:

Google Cloud: Firewall rules
Creating firewall rules

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Question # 2

How should a customer reliably deliver Stackdriver logs from GCP to their on-premises SIEM system?

A. Send all logs to the SIEM system via an existing protocol such as syslog.

B. Configure every project to export all their logs to a common BigQuery DataSet, which will be queried by the SIEM system.

C. Configure Organizational Log Sinks to export logs to a Cloud Pub/Sub Topic, which will be sent to the SIEM via Dataflow.

D. Build a connector for the SIEM to query for all logs in real time from the GCP RESTful JSON APIs.

Answer

C. Configure Organizational Log Sinks to export logs to a Cloud Pub/Sub Topic, which will be sent to the SIEM via Dataflow.

Explanation:

Scenarios for exporting Cloud Logging data: Splunk This scenario shows how to export selected logs from Cloud Logging to Pub/Sub for ingestion into Splunk. Splunk is a security information and event management (SIEM) solution that supports several ways of ingesting data, such as receiving streaming data out of Google Cloud through Splunk HTTP Event Collector (HEC) or by fetching data from Google Cloud APIs through Splunk Add-on for Google Cloud. Using the Pub/Sub to Splunk Dataflow template, you can natively forward logs and events from a Pub/Sub topic into Splunk HEC. If Splunk HEC is not available in your Splunk deployment, you can use the Add-on to collect the logs and events from the Pub/Sub topic.

https://cloud.google.com/solutions/exporting-stackdriver-logging-for-splunk

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Question # 3

An engineering team is launching a web application that will be public on the internet. The web application is hosted in multiple GCP regions and will be directed to the respective backend based on the URL request. Your team wants to avoid exposing the application directly on the internet and wants to deny traffic from a specific list of malicious IP addresses Which solution should your team implement to meet these requirements?

A. Cloud Armor

B. Network Load Balancing

C. SSL Proxy Load Balancing

D. NAT Gateway

Answer

A. Cloud Armor

Explanation:

Google Cloud Armor provides protection against DDoS attacks and allows you to define security policies to control access to your application. It enables you to block traffic from specific IP addresses or ranges, making it suitable for denying traffic from a list of malicious IP addresses while protecting your application from being directly exposed to the internet.

Steps:

Set Up Cloud Armor: Enable Cloud Armor in your Google Cloud Console.
Create Security Policies: Define security policies that specify the rules for allowing or denying traffic based on IP addresses.

Attach Policies to Backend Services: Apply these security policies to the backend services of your web application.

References:

Google Cloud Armor documentation
Creating and managing security policies

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Question # 4

You are designing a new governance model for your organization's secrets that are stored in Secret Manager. Currently, secrets for Production and Non-Production applications are stored and accessed using service accounts. Your proposed solution must: Provide granular access to secrets Give you control over the rotation schedules for the encryption keys that wrap your secrets Maintain environment separation Provide ease of management Which approach should you take?

A. 1. Use separate Google Cloud projects to store Production and Non-Production secrets. 2. Enforce access control to secrets using project-level identity and Access Management (IAM) bindings. 3. Use customer-managed encryption keys to encrypt secrets.

B. 1. Use a single Google Cloud project to store both Production and Non-Production secrets. 2. Enforce access control to secrets using secret-level Identity and Access Management (IAM) bindings. 3. Use Google-managed encryption keys to encrypt secrets.

C. 1. Use separate Google Cloud projects to store Production and Non-Production secrets. 2. Enforce access control to secrets using secret-level Identity and Access Management (IAM) bindings. 3. Use Google-managed encryption keys to encrypt secrets.

D. 1. Use a single Google Cloud project to store both Production and Non-Production secrets. 2. Enforce access control to secrets using project-level Identity and Access Management (IAM) bindings. 3. Use customer-managed encryption keys to encrypt secrets.

Answer

A. 1. Use separate Google Cloud projects to store Production and Non-Production secrets.
2. Enforce access control to secrets using project-level identity and Access Management (IAM) bindings.
3. Use customer-managed encryption keys to encrypt secrets.

Explanation:

Provide granular access to secrets: 2.Enforce access control to secrets using project-level identity and Access Management (IAM) bindings. Give you control over the rotation schedules for the encryption keys that wrap your secrets: 3. Use customer-managed encryption keys to encrypt secrets. Maintain environment separation: 1. Use separate Google Cloud projects to store Production and Non-Production secrets.

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Question # 5

A customer is collaborating with another company to build an application on Compute Engine. The customer is building the application tier in their GCP Organization, and the other company is building the storage tier in a different GCP Organization. This is a 3-tier web application. Communication between portions of the application must not traverse the public internet by any means. Which connectivity option should be implemented?

A. VPC peering

B. Cloud VPN

C. Cloud Interconnect

D. Shared VPC

Answer

A. VPC peering

Explanation:

Objective: Ensure private communication between application tiers in different GCP Organizations.

Solution: Use VPC peering to enable private communication without traversing the public internet.

Steps:

Step 1: Open the Google Cloud Console.
Step 2: Navigate to the VPC Network Peering page.
Step 3: Create a new VPC peering connection in the project hosting the application tier.
Step 4: Specify the VPC network in the other organization (hosting the storage tier) to peer with.
Step 5: Accept the peering request in the other project.
Step 6: Configure the necessary routes and firewall rules to allow traffic between the peered VPC networks.

VPC peering allows you to connect two VPC networks privately and directly, ensuring that traffic between them does not traverse the public internet.

References:

GCP VPC Peering Documentation
VPC Network Peering Guide

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