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The Google Professional-Cloud-Security-Engineer Exam covers a wide range of topics, including security management, data protection, network security, and compliance. Candidates are expected to have a deep understanding of the security controls and mechanisms available on the Google Cloud Platform. They should also be able to identify and mitigate potential security threats and vulnerabilities.

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Google Professional Cloud Security Engineer Practice Test Questions, Google Professional Cloud Security Engineer Exam dumps

The Google Professional Cloud Security Engineer certification is designed to validate the skills of the candidates in designing and implementing a secure infrastructure on GCP. The applicants for this certificate have an understanding of the industry security requirements and security best practices. They also develop, design, and manage secure infrastructures by leveraging the Google security technologies. To obtain the certification, the individuals must pass one qualifying exam.

The Google Cloud Certified - Professional Cloud Security Engineer Exam certification validates the knowledge and skills required to design, implement and manage security solutions in Google Cloud. Google Cloud Certified - Professional Cloud Security Engineer Exam certification exam covers various topics, including security policies and procedures, identity and access management, network security, data security, security controls, application security, and incident management. Professional-Cloud-Security-Engineer Exam Format consists of multiple-choice questions and performance-based scenarios, and candidates are expected to demonstrate practical knowledge and experience in securing Google Cloud infrastructure.

Google Cloud Certified - Professional Cloud Security Engineer Exam Sample Questions (Q88-Q93):

NEW QUESTION # 88
Your organization's application is being integrated with a partner application that requires read access to customer data to process customer orders. The customer data is stored in one of your Cloud Storage buckets.
You have evaluated different options and determined that this activity requires the use of service account keys. You must advise the partner on how to minimize the risk of a compromised service account key causing a loss of data. What should you advise the partner to do?

A. Define a VPC Service Controls perimeter, and restrict the Cloud Storage API. Add an ingress rule to the perimeter to allow access to the Cloud Storage API for the service account from outside of the perimeter.
B. Implement a secret management service. Configure the service to frequently rotate the service account key. Configure proper access control to the key, and restrict who can create service account keys.
C. Scan the Cloud Storage bucket with Sensitive Data Protection when new data is added, and automatically mask all customer data.
D. Ensure that all data for the application that is accessed through the relevant service accounts is encrypted at rest by using customer-managed encryption keys (CMEK).

Answer: B

Explanation:
When integrating applications that require access to sensitive data stored in Cloud Storage, managing service account keys securely is crucial to prevent unauthorized access or data loss.
Option A: Defining a VPC Service Controls perimeter enhances security by restricting access to Google Cloud services. However, configuring ingress rules to allow external access for the service account may introduce complexities and potential security gaps, especially if the partner's infrastructure is outside the defined perimeter.
Option B: Scanning and masking customer data addresses data sensitivity but does not mitigate risks associated with compromised service account keys. This approach focuses on data content rather than access control mechanisms.
Option C: Encrypting data at rest using customer-managed encryption keys (CMEK) ensures data confidentiality but does not directly address the security of service account keys or access controls.
Option D: Implementing a secret management service to handle service account keys is a best practice. By configuring the service to frequently rotate keys, you reduce the window of opportunity for malicious actors to exploit compromised keys. Additionally, enforcing strict access controls ensures that only authorized personnel can create or manage service account keys, minimizing the risk of unauthorized access. This approach directly addresses the security concerns related to service account key management.
Therefore, Option D is the most appropriate recommendation, as it focuses on securely managing service account keys through rotation and access controls, thereby minimizing the risk of data loss due to compromised keys.
References:
Best Practices for Managing Service Account Keys
Secret Manager Documentation

NEW QUESTION # 89
You are in charge of migrating a legacy application from your company datacenters to GCP before the current maintenance contract expires. You do not know what ports the application is using and no documentation is available for you to check. You want to complete the migration without putting your environment at risk.
What should you do?

A. Refactor the application into a micro-services architecture hosted in Cloud Functions in an isolated project. Disable all traffic from outside your project using Firewall Rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.
B. Migrate the application into an isolated project using a "Lift & Shift" approach. Enable all internal TCP traffic using VPC Firewall rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.
C. Refactor the application into a micro-services architecture in a GKE cluster. Disable all traffic from outside the cluster using Firewall Rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.
D. Migrate the application into an isolated project using a "Lift & Shift" approach in a custom network.
Disable all traffic within the VPC and look at the Firewall logs to determine what traffic should be allowed for the application to work properly.

Answer: B

Explanation:
Explanation
Migrate the application into an isolated project using a "Lift & Shift" approach. Enable all internal TCP traffic using VPC Firewall rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.

NEW QUESTION # 90
A DevOps team will create a new container to run on Google Kubernetes Engine. As the application will be internet-facing, they want to minimize the attack surface of the container.
What should they do?

A. Delete non-used versions from Container Registry.
B. Use Cloud Build to build the container images.
C. Build small containers using small base images.
D. Use a Continuous Delivery tool to deploy the application.

Answer: C

Explanation:
To minimize the attack surface of the container for an internet-facing application running on Google Kubernetes Engine (GKE), the best practice is to build small containers using small base images. This approach helps in the following ways:
Reduce Vulnerabilities: Smaller base images contain fewer packages and dependencies, which minimizes the potential vulnerabilities that an attacker could exploit.
Improved Security: Using minimal base images such as distroless or Alpine Linux ensures that only the necessary components are included, reducing the attack surface significantly.
Easier Maintenance: Small containers are easier to maintain and update, ensuring that security patches can be applied quickly without dealing with unnecessary components.
Steps to Implement:
Choose a Minimal Base Image:
Use base images like gcr.io/distroless/base or alpine.
FROM gcr.io/distroless/base COPY myapp /myapp CMD ["/myapp"]
Optimize Container Image:
Remove unnecessary tools and libraries.
Use multi-stage builds to keep the final image small.
Regularly Update Base Images:
Keep the base images up-to-date with the latest security patches.
Reference:
Distroless Images
Best Practices for Building Containers

NEW QUESTION # 91
You are in charge of migrating a legacy application from your company datacenters to GCP before the current maintenance contract expires. You do not know what ports the application is using and no documentation is available for you to check. You want to complete the migration without putting your environment at risk.
What should you do?

A. Migrate the application into an isolated project using a "Lift & Shift" approach. Enable all internal TCP traffic using VPC Firewall rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.
B. Refactor the application into a micro-services architecture hosted in Cloud Functions in an isolated project.Disable all traffic from outside your project using Firewall Rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.
C. Migrate the application into an isolated project using a "Lift & Shift" approach in a custom network. Disable all traffic within the VPC and look at the Firewall logs to determine what traffic should be allowed for the application to work properly.
D. Refactor the application into a micro-services architecture in a GKE cluster. Disable all traffic from outside the cluster using Firewall Rules. Use VPC Flow logs to determine what traffic should be allowed for the application to work properly.

Answer: A

Explanation:
To migrate a legacy application to GCP without knowing what ports it uses and ensuring the environment is secure, the best approach is to use a "Lift & Shift" method in an isolated project and analyze the traffic using VPC Flow logs. Here's a step-by-step explanation:
Isolated Project:
Create a new, isolated project within your GCP environment to host the legacy application. This isolation ensures that any potential misconfigurations do not affect other projects.
Lift & Shift:
Migrate the application as-is (lift and shift) to the new isolated project. This involves moving the application without altering its architecture.
Enable Internal TCP Traffic:
Configure VPC Firewall rules to allow all internal TCP traffic within the VPC network. This step ensures that the application components can communicate internally without interruption.
Use VPC Flow Logs:
Enable VPC Flow logs to capture information about the traffic to and from your application. VPC Flow logs provide details about the source, destination, port, and protocol of the traffic.
Analyze Traffic:
Analyze the VPC Flow logs to identify the necessary ports and protocols used by the application.
Based on this analysis, create specific firewall rules to allow only the required traffic, thereby tightening security.
Implementation Steps:
Navigate to the VPC network section in the GCP Console.
Create a new VPC or use an existing one, and configure firewall rules to allow internal TCP traffic.
Enable VPC Flow logs from the VPC network settings.
Migrate your application to the new project.
Monitor and analyze the VPC Flow logs to refine your firewall rules.
By following these steps, you can safely migrate the application, understand its network requirements, and secure it appropriately in the new GCP environment.
Reference:
Google Cloud VPC Documentation
VPC Flow Logs Documentation

NEW QUESTION # 92
Your company operates an application instance group that is currently deployed behind a Google Cloud load balancer in us-central-1 and is configured to use the Standard Tier network. The infrastructure team wants to expand to a second Google Cloud region, us-east-2. You need to set up a single external IP address to distribute new requests to the instance groups in both regions.
What should you do?

A. Create a new load balancer in us-east-2 using the Standard Tier network, and assign a static external IP address.
B. Change the load balancer backend configuration to use network endpoint groups instead of instance groups.
C. Change the load balancer frontend configuration to use the Premium Tier network, and add the new instance group.
D. Create a Cloud VPN connection between the two regions, and enable Google Private Access.

Answer: C

Explanation:
The Standard Tier network only provides regional load balancing, while the Premium Tier supports global load balancing with a single anycast IP address. To distribute requests across multiple regions, you need to use the Premium Tier and update the load balancer configuration accordingly.
Steps:
Upgrade to Premium Tier: Update the load balancer to use the Premium Tier network in the Google Cloud Console.
Add New Instance Group: Add the instance group in the new region (us-east-2) to the backend configuration of the existing load balancer.
Verify Configuration: Ensure that the frontend configuration of the load balancer uses a single external IP address for global distribution.
Reference:
Google Cloud: Global load balancing

NEW QUESTION # 93
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