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Q281. Which Google Cloud service helps you discover and track resources across projects and regions?

1) Cloud Monitoring
2) Cloud Asset Inventory
3) Cloud Scheduler
4) Cloud Build

Correct Answer: 2)

Explanation:

Cloud Asset Inventory provides visibility into resources and assets across Google Cloud projects and organizations. It can inventory resource metadata, IAM policies, and other configuration information, helping administrators understand what resources exist and how they are configured. This is especially useful when managing large environments containing many projects and services. Cloud Asset Inventory can also support auditing, governance, compliance, and security investigations by providing historical asset information. Cloud Monitoring focuses primarily on operational metrics and performance, while Cloud Scheduler manages recurring jobs and Cloud Build supports application build processes. Therefore, Cloud Asset Inventory is the most appropriate service for discovering and tracking cloud resources.

Q282. An administrator wants to prevent users from creating external IP addresses in a specific project. Which Google Cloud feature should be used?

1) Organization Policy Service
2) Cloud Monitoring
3) Cloud DNS
4) Cloud Scheduler

Correct Answer: 1)

Explanation:

Organization Policy Service allows administrators to enforce centralized constraints across organizations, folders, and projects. A suitable organization policy constraint can restrict specific resource configurations, such as preventing external IP addresses from being assigned to certain Compute Engine resources. This provides governance that individual IAM permissions alone may not provide because the policy establishes a broader organizational requirement. Organization policies can be inherited through the resource hierarchy and can help maintain consistent security and compliance standards. Cloud Monitoring observes resources, Cloud DNS manages DNS services, and Cloud Scheduler executes scheduled tasks. Therefore, Organization Policy Service is the appropriate choice for enforcing this type of configuration restriction.

Q283. A company has many projects belonging to different departments and wants to organize them under common administrative policies. What should the company use?

1) Labels
2) Folders
3) Instance templates
4) Subnets

Correct Answer: 2)

Explanation:

Folders provide an organizational layer within the Google Cloud resource hierarchy. They allow administrators to group related projects, such as projects belonging to the same department, business unit, or environment. Policies and IAM permissions can be applied at the folder level and inherited by projects underneath the folder. This simplifies administration because the organization does not need to configure identical policies separately for every project. Labels can help identify or categorize resources but do not provide the same resource-hierarchy functionality. Instance templates are used for Compute Engine configurations, while subnets are networking resources. Therefore, folders are the best solution for organizing projects under common administrative controls.

Q284. A developer needs temporary administrative access to a service account without creating a long-lived service account key. What should the developer use?

1) Cloud Storage signed URL
2) Service account impersonation
3) Cloud DNS forwarding
4) Cloud NAT

Correct Answer: 2)

Explanation:

Service account impersonation allows an authorized user or workload to act as a service account temporarily without requiring the creation and distribution of a long-lived service account key. The user must have the appropriate permission to impersonate the service account. This approach improves security because credentials can be short-lived and access can be controlled through IAM. Long-lived service account keys create additional security risks if they are copied, exposed, or forgotten. Signed URLs are primarily used for temporary access to Cloud Storage objects. Cloud DNS handles name resolution, while Cloud NAT provides outbound network connectivity. Therefore, service account impersonation is the preferred approach for temporary service account access.

Q285. An application running outside Google Cloud needs to access Google Cloud APIs without storing service account keys. Which feature should be used?

1) Workload Identity Federation
2) Cloud Storage Object Versioning
3) Cloud CDN
4) Cloud Scheduler

Correct Answer: 1)

Explanation:

Workload Identity Federation allows external applications and workloads to obtain short-lived Google Cloud credentials by exchanging credentials from a trusted external identity provider. This eliminates the need to create and distribute long-lived service account keys for many external workload scenarios. The approach improves security by reducing credential-management risks and allowing access to be controlled through IAM. It is especially useful when applications run outside Google Cloud, such as in another cloud provider, an external identity platform, or certain enterprise environments. Cloud Storage Object Versioning manages object versions, Cloud CDN provides content caching, and Cloud Scheduler executes scheduled tasks. Therefore, Workload Identity Federation is the appropriate solution.

Q286. An administrator wants an IAM permission to apply only when a request satisfies a specific condition, such as accessing a resource during a certain time period. Which feature should be used?

1) IAM Conditions
2) Cloud Audit Logs
3) Cloud Router
4) Resource labels

Correct Answer: 1)

Explanation:

IAM Conditions allow administrators to make access decisions based on attributes associated with a request, resource, or environment. For example, a condition can restrict access to a particular time period or apply permissions only to specific resources that meet defined criteria. This provides more granular control than simply assigning an unconditional IAM role. Conditions can be useful for temporary access, resource-specific permissions, and context-aware authorization. Cloud Audit Logs record activity but do not control access. Cloud Router manages dynamic routing, while labels provide descriptive metadata. Therefore, when an administrator needs access to depend on a specific condition, IAM Conditions are the appropriate Google Cloud feature.

Q287. An organization needs to explicitly prevent certain identities from accessing a protected resource even if they have an IAM role that normally grants the required permission. Which IAM capability can help enforce this restriction?

1) IAM deny policies
2) Cloud Monitoring
3) Cloud Build
4) Cloud Storage lifecycle rules

Correct Answer: 1)

Explanation:

IAM deny policies provide a mechanism for explicitly blocking specified permissions for selected principals. A deny policy can prevent access even when an identity might otherwise receive the permission through an IAM role. This makes deny policies useful for enforcing strong security restrictions that must take precedence over certain allow permissions. Administrators should carefully design deny policies because an overly broad denial can unintentionally prevent legitimate operations. Cloud Monitoring observes performance, Cloud Build manages build processes, and Cloud Storage lifecycle rules automate object management. Therefore, IAM deny policies are the appropriate capability when an organization needs to explicitly prohibit certain access regardless of otherwise granted permissions.

Q288. A security team wants to reduce the risk of data exfiltration from Google Cloud services by creating a security perimeter around protected resources. Which service should they use?

1) Cloud CDN
2) VPC Service Controls
3) Cloud Scheduler
4) Cloud DNS

Correct Answer: 2)

Explanation:

VPC Service Controls help create security perimeters around supported Google Cloud resources and services to reduce the risk of unauthorized data access and exfiltration. They can restrict communication across defined service perimeters and provide an additional security layer beyond IAM. This is particularly valuable when organizations handle sensitive information and want to reduce the possibility that authorized credentials could be used to move data outside a protected boundary. Cloud CDN improves content delivery, Cloud Scheduler manages scheduled jobs, and Cloud DNS provides DNS management. Therefore, VPC Service Controls are the most appropriate choice when the primary objective is establishing a security perimeter to help protect data from exfiltration.

Q289. A company wants to privately expose a service to consumers in another VPC without requiring full VPC Network Peering. Which Google Cloud networking feature is appropriate?

1) Private Service Connect
2) Cloud NAT
3) Cloud DNS
4) Cloud Scheduler

Correct Answer: 1)

Explanation:

Private Service Connect allows consumers to privately access services through internal IP addresses without requiring direct VPC Network Peering between the service producer and consumer networks. It provides a controlled architecture for publishing and consuming services while maintaining private connectivity. This can be especially useful when a service provider wants to expose a service to multiple consumer networks without creating broad network-level connectivity between those networks. Cloud NAT provides outbound internet connectivity, Cloud DNS manages DNS resolution, and Cloud Scheduler handles scheduled operations. Therefore, Private Service Connect is the best option when a company needs private service access across VPC boundaries without establishing full VPC Network Peering.

Q290. A company uses Cloud Interconnect and needs to configure a logical connection between its VPC network and the physical interconnect. What should it configure?

1) Firewall policy
2) VLAN attachment
3) Cloud NAT gateway
4) DNS forwarding policy

Correct Answer: 2)

Explanation:

A VLAN attachment connects a VPC network to a Dedicated or Partner Interconnect connection through a logical VLAN configuration. It provides the networking relationship needed for traffic to move between the Google Cloud VPC and the on-premises environment over the Interconnect infrastructure. Cloud Router is commonly used alongside VLAN attachments to exchange dynamic routes using BGP. Firewall policies control network traffic, Cloud NAT provides internet connectivity for private resources, and DNS forwarding policies control DNS query behavior. Therefore, when configuring the logical connection between a VPC network and a Cloud Interconnect connection, the appropriate resource is a VLAN attachment.

Q291. An organization uses HA VPN and wants dynamic route exchange between its Google Cloud VPC and on-premises network. Which technology should be configured with Cloud Router?

1) FTP
2) BGP
3) HTTP
4) SMTP

Correct Answer: 2)

Explanation:

Border Gateway Protocol, or BGP, is used with Cloud Router to exchange routes dynamically between Google Cloud and connected networks. In an HA VPN architecture, Cloud Router can establish BGP sessions with the on-premises peer so that routes can be learned and advertised automatically. This reduces the need to manually configure static routes and allows routing information to adapt as network topology changes. FTP, HTTP, and SMTP are application-layer protocols and do not provide dynamic routing functionality. Therefore, BGP is the correct technology for dynamic route exchange when Cloud Router is used with HA VPN and an on-premises network.

Q292. A network administrator wants Cloud Router to advertise only selected subnet routes instead of automatically advertising every subnet. Which Cloud Router capability should be configured?

1) Custom route advertisements
2) Cloud Storage lifecycle rules
3) IAM Conditions
4) Instance templates

Correct Answer: 1)

Explanation:

Cloud Router supports custom route advertisements, allowing administrators to control which routes are advertised to connected networks. This can be useful when an organization does not want every VPC subnet to be automatically advertised to an on-premises environment or another connected network. By defining custom advertisements, administrators can create more precise routing behavior and limit the routes shared through BGP. IAM Conditions control access, Cloud Storage lifecycle rules manage object retention and deletion, and instance templates define Compute Engine VM configurations. Therefore, custom route advertisements are the correct Cloud Router capability when the administrator needs precise control over which subnet routes are advertised.

Q293. A VM has multiple possible routes to reach a destination. Which factors are primarily considered when Google Cloud selects the applicable VPC route?

1) VM operating system version and disk size
2) Route destination range and route priority
3) CPU architecture and memory size
4) IAM role and service account name

Correct Answer: 2)

Explanation:

Google Cloud VPC routing uses the destination IP range and route priority to determine which applicable route should be selected. The most specific matching destination range is preferred, and route priority is used when multiple routes have comparable destination specificity. Understanding route selection is important when troubleshooting connectivity or designing networks with custom static routes and dynamically learned routes. VM disk size, CPU architecture, and memory do not determine VPC route selection. IAM roles and service account names also control identity and authorization rather than network routing. Therefore, destination range and route priority are the key factors to consider when determining which VPC route will be used.

Q294. An administrator wants a firewall rule to apply only to Compute Engine instances with a specific network tag. Which firewall feature should be used?

1) Network tags
2) Cloud Storage classes
3) IAM Conditions
4) Cloud DNS records

Correct Answer: 1)

Explanation:

Network tags can be used to identify specific Compute Engine instances as targets or sources in VPC firewall rules. An administrator can assign a network tag to selected VM instances and then create a firewall rule that applies to instances associated with that tag. This allows traffic-control policies to be targeted without applying the same rule to every VM in the network. Cloud Storage classes determine object storage characteristics, IAM Conditions control authorization, and Cloud DNS records provide name-resolution information. Therefore, network tags are an appropriate method for targeting specific Compute Engine instances with firewall rules.

Q295. A firewall administrator wants a rule to target VMs based on the service account attached to them rather than their network tags. Which targeting method should be used?

1) Service account targeting
2) Cloud Storage ACLs
3) Cloud Scheduler
4) Cloud CDN

Correct Answer: 1)

Explanation:

VPC firewall rules can target Compute Engine instances by using the service account associated with those instances. This can provide a useful identity-based method of applying network controls, particularly when workloads have consistent service account assignments. Instead of relying solely on network tags, administrators can define rules that target instances associated with a specific service account. This can simplify firewall management in environments where workload identity is an important organizational boundary. Cloud Storage ACLs control object access, Cloud Scheduler manages recurring jobs, and Cloud CDN handles content caching. Therefore, service account targeting is the correct method when firewall rules need to identify VM workloads through their attached service accounts.

Q296. A VM without an external IP address needs to access Google APIs and Google Cloud services privately. Which feature should be enabled or configured?

1) Private Google Access
2) Cloud CDN
3) Cloud Armor
4) Cloud Scheduler

Correct Answer: 1)

Explanation:

Private Google Access allows VMs that do not have external IP addresses to access Google APIs and Google Cloud services using internal connectivity. This is useful for private workloads that need to communicate with services such as Cloud Storage or other supported Google APIs without assigning public IP addresses to their VM interfaces. Keeping VMs without external addresses can reduce exposure to the public internet and support a more secure network design. Cloud CDN provides caching, Cloud Armor helps protect applications, and Cloud Scheduler manages scheduled tasks. Therefore, Private Google Access is the appropriate feature for private VMs that need access to Google APIs without external IP addresses.

Q297. A private Compute Engine VM needs outbound internet connectivity, but the administrator does not want to assign an external IP address to the VM. Which service should provide this connectivity?

1) Cloud NAT
2) Cloud DNS
3) Cloud Audit Logs
4) Cloud Build

Correct Answer: 1)

Explanation:

Cloud NAT provides outbound internet connectivity for resources that do not have external IP addresses. It allows private VMs to initiate connections to external destinations while keeping the VMs themselves without publicly routable addresses. This is useful for tasks such as downloading software updates or accessing external APIs while reducing direct exposure of the VM to inbound internet traffic. Cloud NAT does not provide unsolicited inbound connectivity to the private VM. Cloud DNS manages name resolution, Cloud Audit Logs records activity, and Cloud Build supports application build processes. Therefore, Cloud NAT is the correct service for providing outbound internet access to private Compute Engine instances without assigning external IP addresses.

Q298. A company wants DNS queries for a specific domain to be forwarded from its VPC to external DNS servers. Which Cloud DNS feature should be configured?

1) DNS forwarding zone
2) DNSSEC key
3) Static external IP
4) Cloud NAT

Correct Answer: 1)

Explanation:

A Cloud DNS forwarding zone allows DNS queries for specified domains to be forwarded to designated DNS name servers. This is useful when an organization needs its Google Cloud workloads to resolve names using DNS servers outside the default Google Cloud DNS environment, such as on-premises DNS infrastructure. Forwarding can be configured for particular domain namespaces, allowing organizations to maintain centralized DNS resolution for selected names. DNSSEC provides DNS authentication and integrity features, while static external IP addresses are networking resources and Cloud NAT provides outbound connectivity. Therefore, a DNS forwarding zone is the appropriate Cloud DNS feature for forwarding queries for a specific domain to external DNS servers.

Q299. An administrator wants a Cloud DNS zone to obtain DNS records from another VPC network’s Cloud DNS private zone. Which feature should be used?

1) DNS peering zone
2) Cloud NAT
3) Cloud Router
4) Cloud CDN

Correct Answer: 1)

Explanation:

A DNS peering zone allows a Cloud DNS private zone in one VPC network to use DNS information from another VPC network. This can help organizations manage DNS across network boundaries while maintaining private name resolution. It is particularly useful when separate VPC networks need to resolve names maintained in another network without duplicating all DNS records manually. Cloud NAT handles outbound internet connectivity, Cloud Router exchanges routes dynamically, and Cloud CDN provides content caching. Therefore, a DNS peering zone is the appropriate feature when an administrator needs DNS resolution based on records from a private zone in another VPC network.

Q300. Which DNS record type is commonly used to map a domain name directly to an IPv4 address?

1) MX
2) CNAME
3) A
4) TXT

Correct Answer: 3)

Explanation:

An A record maps a domain name to an IPv4 address. It is one of the most common DNS record types and is used when clients need to resolve a hostname to an IPv4 destination. A CNAME record creates an alias from one domain name to another hostname rather than directly specifying an IPv4 address. MX records identify mail servers responsible for receiving email, while TXT records store text-based information commonly used for verification and email security configurations. Therefore, when the requirement is to map a domain name directly to an IPv4 address, the correct DNS record type is an A record.