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Google Cloud Certified - Professional Cloud Security Engineer is a certification exam that is designed for professionals who want to enhance their cloud security skills and expertise. Google Cloud Certified - Professional Cloud Security Engineer Exam certification exam is offered by Google Cloud and it validates the knowledge and skills required to design, develop, and manage secure, scalable, and reliable cloud infrastructure and applications on Google Cloud.

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Google Professional-Cloud-Security-Engineer Certification Exam covers several key topics such as security controls, compliance and regulations, data protection, security management, and incident management. To succeed, candidates are expected to demonstrate their understanding of security principles and best practices in the cloud, and their ability to apply them in real-world scenarios. Candidates will also be tested on their ability to use Google Cloud security tools, services, and features effectively.

Google Cloud Certified - Professional Cloud Security Engineer Exam Sample Questions (Q307-Q312):

NEW QUESTION # 307
Your company recently published a security policy to minimize the usage of service account keys. On-premises Windows-based applications are interacting with Google Cloud APIs. You need to implement Workload Identity Federation (WIF) with your identity provider on-premises.
What should you do?

A. Set up a workload identity pool with your corporate Active Directory Federation Service (ADFS) Configure a rule to let principals in the pool impersonate the Google Cloud service account.
B. Set up a workload identity pool with an OpenID Connect (OIDC) service on the same machine Let all principals in the pool impersonate the Google Cloud service account.
C. Set up a workload identity pool with your corporate Active Directory Federation Service (ADFS) Let all principals in the pool impersonate the Google Cloud service account.
D. Set up a workload identity pool with an OpenID Connect (OIDC) service on the name machine Configure a rule to let principals in the pool impersonate the Google Cloud service account.

Answer: A

NEW QUESTION # 308
You are setting up Cloud Identity for your company's Google Cloud organization. User accounts will be provisioned from Microsoft Entra ID through Directory Sync and there will be a single sign-on through Entra ID. You need to secure the super administrator accounts for the organization. Your solution must follow the principle of least privilege and implement strong authentication. What should you do?

A. Create accounts that combine the organization administrator and the super administrator privileges.
Ensure that 2-step verification is enforced for the super administrator accounts in Entra ID.
B. Create dedicated accounts for super administrators. Enforce Google 2-step verification for the super administrator accounts.
C. Create accounts that combine the organization administrators and the super administrator privileges.Enforce Google 2-step verification for the super administrator accounts.
D. Create dedicated accounts for super administrators. Ensure that 2-step verification is enforced for the super administrator accounts in Entra ID.

Answer: B

Explanation:
Google's Super Administrator security best practices emphasize that these accounts should be handled differently from standard user accounts, especially when using third-party SSO (like Entra ID).
According to Google Cloud Best Practices for Admin Accounts:
"You should maintain at least two super administrator accounts that are not part of your standard SSO (Single Sign-On) flow. These should be 'Cloud-only' accounts. This ensures that if your external IdP (Entra ID) is down or misconfigured, you can still sign in to Google Cloud. Furthermore, you must enforce Google 2-step verification (2SV)-ideally using hardware security keys-directly on these accounts to provide the strongest level of protection independent of the IdP." Key Best Practices:
* Dedicated Accounts: Do not use the same account for daily work (Email/Docs) and Admin tasks.
* Avoid SSO for Admins: If Entra ID has an issue, you could be locked out of your Google Org. Cloud- only accounts solve this.
* Strong 2SV: Google's native 2SV is required to protect these highly privileged identities from phishing and credential theft.
Reference:
Google Cloud Documentation: "Super administrator account best practices" (https://cloud.google.com
/resource-manager/docs/super-admin-best-practices).
Google Workspace Admin Help: "Security best practices for administrator accounts" (https://support.google.
com/a/answer/9011373).

NEW QUESTION # 309
Your application is deployed as a highly available, cross-region solution behind a global external HTTP(S) load balancer. You notice significant spikes in traffic from multiple IP addresses, but it is unknown whether the IPs are malicious. You are concerned about your application's availability.
You want to limit traffic from these clients over a specified time interval.
What should you do?

A. Configure a throttle action by using Google Cloud Armor to limit the number of requests per client over a specified time interval.
B. Configure a firewall rule in your VPC to throttle traffic from the identified IP addresses.
C. Configure a rate_based_ban action by using Google Cloud Armor and set the ban_duration_sec parameter to the specified lime interval.
D. Configure a deny action by using Google Cloud Armor to deny the clients that issued too many requests over the specified time interval.

Answer: A

Explanation:
https://cloud.google.com/armor/docs/rate-limiting-overview#throttle-traffic

NEW QUESTION # 310
Your organization acquired a new workload. The Web and Application (App) servers will be running on Compute Engine in a newly created custom VPC. You are responsible for configuring a secure network communication solution that meets the following requirements:
- Only allows communication between the Web and App tiers.
- Enforces consistent network security when autoscaling the Web and App tiers.
- Prevents Compute Engine Instance Admins from altering network traffic.
What should you do?

A. 1. Re-deploy the Web and App servers with instance templates configured with respective network tags. 2. Create an allow VPC firewall rule that specifies the target/source with respective network tags.
B. 1. Re-deploy the Web and App servers with instance templates configured with respective service accounts. 2. Create an allow VPC firewall rule that specifies the target/source with respective service accounts.
C. 1. Configure all running Web and App servers with respective network tags. 2. Create an allow VPC firewall rule that specifies the target/source with respective network tags.
D. 1. Configure all running Web and App servers with respective service accounts. 2. Create an allow VPC firewall rule that specifies the target/source with respective service accounts.

Answer: B

Explanation:
https://cloud.google.com/vpc/docs/firewalls#service-accounts-vs-tags
A service account represents an identity associated with an instance. Only one service account can be associated with an instance. You control access to the service account by controlling the grant of the Service Account User role for other IAM principals. For an IAM principal to start an instance by using a service account, that principal must have the Service Account User role to at least use that service account and appropriate permissions to create instances (for example, having the Compute Engine Instance Admin role to the project).

NEW QUESTION # 311
You need to follow Google-recommended practices to leverage envelope encryption and encrypt data at the application layer.
What should you do?

A. Generate a data encryption key (DEK) locally to encrypt the data, and generate a new key encryption key (KEK) in Cloud KMS to encrypt the DEK. Store both the encrypted data and the KEK.
B. Generate a data encryption key (DEK) locally to encrypt the data, and generate a new key encryption key (KEK) in Cloud KMS to encrypt the DEK. Store both the encrypted data and the encrypted DEK.
C. Generate a new data encryption key (DEK) in Cloud KMS to encrypt the data, and generate a key encryption key (KEK) locally to encrypt the key. Store both the encrypted data and the KEK.
D. Generate a new data encryption key (DEK) in Cloud KMS to encrypt the data, and generate a key encryption key (KEK) locally to encrypt the key. Store both the encrypted data and the encrypted DEK.

Answer: B

Explanation:
Reference: https://cloud.google.com/kms/docs/envelope-encryption
Envelope Encryption: https://cloud.google.com/kms/docs/envelope-encryption Here are best practices for managing DEKs:
-Generate DEKs locally.
-When stored, always ensure DEKs are encrypted at rest.
- For easy access, store the DEK near the data that it encrypts.
The DEK is encrypted (also known as wrapped) by a key encryption key (KEK). The process of encrypting a key with another key is known as envelope encryption.
Here are best practices for managing KEKs:
-Store KEKs centrally. (KMS )
-Set the granularity of the DEKs they encrypt based on their use case. For example, consider a workload that requires multiple DEKs to encrypt the workload's data chunks. You could use a single KEK to wrap all DEKs that are responsible for that workload's encryption.
-Rotate keys regularly, and also after a suspected incident.

NEW QUESTION # 312
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