View Full Google Professional Cloud Security Engineer Exam Dumps and Practice Test Dumps.

 

Question 1

A security engineer needs to ensure that workloads running on Google Cloud can access Cloud Storage without storing long-lived service account keys. Which approach should be used?

1. Create a service account key and store it in Cloud Storage
2. Use Workload Identity Federation or an attached service account
3. Embed the service account password in the application
4. Use a shared user account for all workloads

Correct Answer: 2

Explanation

Workload Identity Federation and attached service accounts provide applications with short-lived credentials and eliminate the need to distribute long-lived service account keys. When workloads run on Google Cloud resources such as Compute Engine or GKE, an appropriate service account can be attached or mapped to the workload. The application can then obtain temporary credentials through the Google Cloud authentication mechanisms. This approach reduces credential exposure and simplifies credential rotation. Storing service account keys in storage systems or embedding credentials in application code creates additional security risks. Shared user accounts also make auditing and access control more difficult because individual workload identities cannot be clearly distinguished.

Question 2

An organization wants to prevent sensitive data from being copied from a Google Cloud project to unauthorized external locations. Which Google Cloud service is designed to help identify and protect sensitive data?

1. Cloud Load Balancing
2. Cloud Monitoring
3. Security Command Center
4. Sensitive Data Protection

Correct Answer: 4

Explanation

Sensitive Data Protection is designed to discover, classify, and protect sensitive information stored or processed in Google Cloud and other supported environments. It can inspect data for sensitive information such as personally identifiable information and help organizations understand where sensitive data exists. Security teams can use its inspection and de-identification capabilities to reduce unnecessary exposure. Cloud Monitoring primarily focuses on metrics and operational monitoring, while Cloud Load Balancing distributes traffic across resources. Security Command Center provides centralized security posture and threat visibility but is not specifically the service responsible for inspecting data content for sensitive information. Therefore, Sensitive Data Protection is the appropriate choice for this requirement.

Question 3

A company wants to centrally enforce that only approved Google Cloud resources can be created within specific projects. Which capability should the security team primarily use?

1. Organization Policy Service
2. Cloud Scheduler
3. Cloud NAT
4. Cloud DNS

Correct Answer: 1

Explanation

Organization Policy Service allows administrators to define centralized constraints that control how Google Cloud resources can be configured and used across an organization, folders, or projects. Policies can restrict certain resource configurations, locations, external IP usage, service account behavior, and other settings depending on the available constraints. This provides preventive governance rather than relying only on monitoring after resources are created. Cloud Scheduler is intended for scheduled jobs, Cloud NAT provides outbound network address translation, and Cloud DNS manages DNS records and resolution. Organization policies can therefore establish security guardrails that project administrators must follow while deploying resources.

Question 4

A security engineer wants to detect suspicious activity across Google Cloud resources by analyzing security-related findings from multiple sources. Which service provides centralized security findings and posture management?

1. Cloud Armor
2. Security Command Center
3. Cloud CDN
4. Cloud Router

Correct Answer: 2

Explanation

Security Command Center provides centralized visibility into security risks, vulnerabilities, threats, and security posture across Google Cloud environments. It can aggregate findings from supported security services and help security teams investigate and prioritize issues. This makes it useful for organizations that need a consolidated view instead of examining each security product independently. Cloud Armor primarily protects applications from network and web-based attacks, while Cloud CDN improves content delivery performance. Cloud Router exchanges routes dynamically between Google Cloud and connected networks. Because the requirement focuses on centralized security findings and posture management, Security Command Center is the appropriate service.

Question 5

A company needs to prevent accidental exposure of a Cloud Storage bucket to the public. Which configuration should the security engineer enable?

1. Uniform bucket-level access only
2. Object Versioning
3. Public Access Prevention
4. Storage Transfer Service

Correct Answer: 3

Explanation

Public Access Prevention helps prevent Cloud Storage buckets and objects from being exposed to the public through IAM or access control mechanisms. When enabled, it blocks public access configurations that could otherwise make data accessible through public principals. This is particularly useful for organizations with sensitive or regulated information that should never be publicly accessible. Uniform bucket-level access simplifies permissions by using IAM instead of object ACLs, but it does not by itself guarantee that public access cannot be granted. Object Versioning protects against certain accidental changes or deletions, while Storage Transfer Service moves data between supported storage locations. Public Access Prevention directly addresses accidental public exposure.

Question 6

An organization requires private connectivity from its VPC network to Google APIs without routing traffic through the public internet. Which feature should be considered?

1. Private Google Access
2. Cloud CDN
3. Cloud DNS forwarding only
4. External HTTP(S) Load Balancing

Correct Answer: 1

Explanation

Private Google Access allows resources that do not have external IP addresses to access supported Google APIs and services using private connectivity from a VPC network. This reduces the need for workloads to communicate with Google services through public internet paths. It is particularly useful when organizations intentionally keep compute resources without external addresses for security reasons. Cloud CDN is designed to cache and accelerate content delivery, while DNS forwarding handles DNS resolution and does not itself provide private API connectivity. External HTTP(S) Load Balancing provides internet-facing application traffic distribution. Private Google Access therefore addresses the requirement for private access to supported Google APIs.

Question 7

A security team wants to encrypt sensitive information using customer-controlled cryptographic keys stored in Cloud KMS. Which encryption model does this represent?

1. Google-managed encryption keys
2. Customer-managed encryption keys
3. Customer-supplied encryption keys only
4. Unencrypted storage

Correct Answer: 2

Explanation

Customer-managed encryption keys, or CMEK, allow an organization to create and control encryption keys through Cloud Key Management Service. This gives security teams additional control over key lifecycle operations such as rotation, access management, disabling, and destruction. Google Cloud services can use these keys to encrypt supported resources and data. Google-managed keys are controlled by Google and require less customer administration. Customer-supplied encryption keys, or CSEK, involve customers providing encryption key material for supported use cases rather than managing keys through Cloud KMS. When an organization specifically requires keys managed through Cloud KMS, CMEK is the appropriate model.

Question 8

A GKE administrator wants Kubernetes workloads to use specific Google Cloud IAM identities without assigning broad permissions to the underlying node service account. What should be configured?

1. Cloud NAT
2. Workload Identity
3. VPC Service Controls
4. Cloud VPN

Correct Answer: 2

Explanation

Workload Identity enables Kubernetes workloads running in Google Kubernetes Engine to authenticate to Google Cloud services using appropriately configured Google Cloud identities. This supports a more granular security model because individual workloads can receive permissions instead of relying on a shared node-level identity with broad access. The approach follows the principle of least privilege and improves workload-level authorization and auditing. Cloud NAT provides outbound internet connectivity, while VPC Service Controls establish service perimeters around supported Google Cloud services. Cloud VPN creates encrypted connectivity between networks. For assigning distinct Google Cloud identities to GKE workloads, Workload Identity is the relevant capability.

Question 9

A company wants to reduce the risk of stolen credentials being used from outside its trusted network to access sensitive Google Cloud resources. Which capability can enforce access based on contextual signals such as network location and device attributes?

1. Cloud Storage Lifecycle Management
2. Access Context Manager
3. Cloud SQL Backups
4. Cloud Scheduler

Correct Answer: 2

Explanation

Access Context Manager allows organizations to define access levels using contextual information such as IP subnetworks, device security attributes, geographic conditions, and other supported signals. These access levels can be used with supported Google Cloud access-control mechanisms to create context-aware security policies. This can help organizations restrict sensitive resources so that access is allowed only when specified conditions are satisfied. Cloud Storage Lifecycle Management automates object retention and deletion, Cloud SQL backups provide database recovery capabilities, and Cloud Scheduler runs scheduled jobs. Access Context Manager is therefore the appropriate choice when access decisions need to consider contextual information beyond a user’s basic identity.

Question 10

A web application hosted on Google Cloud needs protection against common web attacks such as SQL injection and cross-site scripting. Which service should be configured?

1. Cloud Armor
2. Cloud Router
3. Cloud NAT
4. Cloud Trace

Correct Answer: 1

Explanation

Google Cloud Armor provides security capabilities for applications exposed through supported load-balancing architectures. Its Web Application Firewall capabilities can help protect applications against common web attacks, including patterns associated with SQL injection and cross-site scripting. Security teams can create policies that evaluate incoming requests and allow, deny, or otherwise manage traffic according to defined rules. Cloud Router is used for dynamic route exchange, Cloud NAT provides outbound network address translation, and Cloud Trace helps analyze application latency. Therefore, when the primary requirement is protecting an internet-facing web application from common application-layer attacks, Cloud Armor is the appropriate Google Cloud service.

Question 11

A security engineer needs to prevent sensitive Google Cloud services from being accessed outside a defined security boundary, reducing the risk of data exfiltration. Which service should be used?

1. Cloud Monitoring
2. VPC Service Controls
3. Cloud Scheduler
4. Cloud CDN

Correct Answer: 2

Explanation

VPC Service Controls help create security perimeters around supported Google Cloud services and can reduce the risk of data exfiltration. They allow organizations to define boundaries around resources and control access based on the context of requests. This can be especially valuable for environments containing sensitive or regulated data. VPC Service Controls complement IAM rather than replacing it. IAM determines who or what is authorized to access resources, while service perimeters provide an additional control over where requests can originate and how protected services can interact. Cloud Monitoring provides observability, Cloud Scheduler handles scheduled execution, and Cloud CDN improves content delivery performance.

Question 12

An organization wants to audit administrative activity performed against Google Cloud resources and determine which identity made a particular change. Which capability should be used?

1. Cloud Audit Logs
2. Cloud CDN
3. Cloud NAT
4. Cloud Spanner

Correct Answer: 1

Explanation

Cloud Audit Logs records administrative and data-access activity for supported Google Cloud services, providing information that can help organizations determine who performed actions and what operations occurred. Audit logs are valuable for security investigations, compliance requirements, operational troubleshooting, and accountability. Depending on the log type and service, records can contain details such as the principal performing an action, the resource involved, and the operation performed. Cloud CDN is designed for content caching, Cloud NAT provides network address translation, and Cloud Spanner is a distributed database service. Therefore, Cloud Audit Logs is the appropriate capability for investigating administrative activity and identifying the identity associated with changes.

Question 13

A company wants to grant an application only the permissions it requires to access a specific Cloud Storage bucket. Which IAM principle should guide the design?

1. Shared administrator access
2. Least privilege
3. Anonymous access
4. Broad project-level ownership

Correct Answer: 2

Explanation

The principle of least privilege requires identities to receive only the permissions necessary to perform their intended tasks. Applying this principle to Cloud Storage means an application should receive narrowly scoped permissions on the required bucket or resources instead of broad project-level roles whenever possible. This reduces the potential impact if the application’s credentials are compromised or the application behaves unexpectedly. Shared administrator access and broad ownership roles provide more permissions than many workloads need, increasing the potential attack surface. Anonymous access removes meaningful identity-based authorization altogether. Least privilege therefore provides the foundation for designing safer IAM configurations and reducing unnecessary permissions.

Question 14

A security team wants to protect encryption keys from unauthorized use by controlling which identities can perform cryptographic operations with Cloud KMS keys. Which control should they configure?

1. IAM permissions on the KMS key
2. Cloud CDN policies
3. DNS records
4. VPC firewall logging only

Correct Answer: 1

Explanation

Cloud KMS integrates with Google Cloud IAM to control who can administer keys and who can use keys for cryptographic operations. Security teams should grant only the required KMS permissions to appropriate identities and avoid giving broad administrative roles unnecessarily. Separating key administration from key usage can further strengthen security by ensuring that users responsible for managing keys do not automatically receive permission to decrypt protected information. Cloud CDN policies control content delivery behavior, DNS records manage name resolution, and firewall logging provides visibility into network traffic. IAM permissions on Cloud KMS resources are therefore the primary mechanism for controlling which identities can perform authorized cryptographic operations.

Question 15

A company wants to securely connect an on-premises network to Google Cloud using an encrypted tunnel over the public internet. Which technology is appropriate?

1. Cloud VPN
2. Cloud CDN
3. Cloud Storage
4. Cloud Scheduler

Correct Answer: 1

Explanation

Cloud VPN provides encrypted connectivity between networks by using IPsec VPN tunnels. It is commonly used to connect an on-premises environment with a Google Cloud VPC over an internet-based connection. VPN connectivity can be combined with appropriate routing and firewall controls to establish controlled communication between environments. Cloud CDN is intended to accelerate content delivery, Cloud Storage provides object storage, and Cloud Scheduler executes scheduled jobs. A VPN tunnel provides encryption for traffic crossing the public internet, making it suitable when an organization requires secure network connectivity without establishing a dedicated physical connection. The appropriate configuration depends on availability, routing, bandwidth, and organizational requirements.

Question 16

A security engineer wants to detect vulnerabilities in container images before they are deployed into production. Which Google Cloud capability can help identify vulnerabilities in container artifacts?

1. Cloud DNS
2. Artifact Analysis
3. Cloud Scheduler
4. Cloud Router

Correct Answer: 2

Explanation

Artifact Analysis provides vulnerability scanning capabilities for container images and other supported software artifacts. It can identify known vulnerabilities associated with components within container images, allowing security teams to incorporate vulnerability information into software delivery processes. Detecting vulnerabilities before deployment can reduce the likelihood that known vulnerable components reach production environments. Cloud DNS handles domain name resolution, Cloud Scheduler runs scheduled tasks, and Cloud Router manages dynamic routing between networks. Artifact Analysis can therefore support a shift-left security approach by integrating artifact inspection into build and deployment workflows and giving development and security teams information they can use before workloads are deployed.

Question 17

An organization needs a centralized mechanism to manage and rotate encryption keys used by multiple Google Cloud services. Which service should be selected?

1. Cloud Key Management Service
2. Cloud Translation
3. Cloud Logging only
4. Cloud CDN

Correct Answer: 1

Explanation

Cloud Key Management Service, commonly called Cloud KMS, provides centralized management of cryptographic keys used to protect data and perform cryptographic operations. Security teams can control key access through IAM, manage key versions, configure rotation, and apply organizational processes around the key lifecycle. Centralizing key management helps organizations establish consistent controls instead of distributing cryptographic key management across individual applications. Cloud Logging provides log collection and analysis, Cloud CDN focuses on content delivery, and Cloud Translation provides language translation capabilities. When an organization needs centralized control and lifecycle management for encryption keys used by Google Cloud services, Cloud KMS is the relevant service.

Question 18

A company wants to ensure that a Compute Engine workload cannot communicate with unauthorized network destinations. Which control should be used to restrict network traffic?

1. IAM labels
2. VPC firewall rules
3. Cloud Storage ACLs
4. Cloud KMS key rotation

Correct Answer: 2

Explanation

VPC firewall rules provide network-level controls for managing traffic to and from resources within Google Cloud VPC networks. Security teams can define rules based on factors such as direction, source or destination ranges, protocols, ports, and applicable targets. Properly designed firewall rules can restrict workloads so they communicate only with required network destinations and services. IAM controls access to Google Cloud resources rather than directly filtering network packets. Cloud Storage ACLs govern access to objects, while Cloud KMS key rotation manages cryptographic key versions. Therefore, VPC firewall rules are the appropriate control for restricting network communication involving Compute Engine workloads.

Question 19

A security team needs to investigate a potential compromise by searching centralized logs for authentication activity, resource changes, and suspicious events. Which Google Cloud service provides centralized log management?

1. Cloud Logging
2. Cloud NAT
3. Cloud SQL
4. Cloud Load Balancing

Correct Answer: 1

Explanation

Cloud Logging provides centralized collection, storage, searching, analysis, and routing of logs from Google Cloud resources and supported applications. Security teams can use logs during investigations to examine authentication activity, administrative operations, application behavior, and other events. Log-based metrics and routing can also help organizations identify important patterns and send selected logs to other destinations for additional analysis or retention. Cloud NAT handles network address translation, Cloud SQL provides managed relational databases, and Cloud Load Balancing distributes traffic across application resources. For an investigation requiring centralized searching and analysis of security-relevant log data, Cloud Logging is the appropriate service.

Question 20

An organization wants to require multi-factor authentication and stronger identity protections for users accessing Google Cloud resources. Which approach should security administrators consider?

1. Disable identity verification
2. Use Cloud Identity with appropriate authentication policies
3. Share one administrator account among employees
4. Store passwords in application source code

Correct Answer: 2

Explanation

Cloud Identity provides identity and access management capabilities for users and organizations and can be integrated with authentication and security policies that strengthen account protection. Organizations can use appropriate identity controls, including multi-factor authentication and other supported security measures, to reduce the risk associated with compromised passwords. Individual user identities also improve accountability because actions can be associated with specific users rather than a shared account. Disabling identity verification or sharing administrator credentials significantly weakens security and auditing. Storing passwords in source code is also unsafe because credentials can be exposed through repositories and application artifacts. A centrally managed identity solution with strong authentication policies is therefore appropriate.