Pass Amazon AWS Certified Cloud Practitioner CLF-C02 Exam in First Attempt Guaranteed!

This statement is true of Dedicated Hosts, which addresses an organization needs a physical host dedicated to its account for certain licensing or compliance needs. It does not explain the particular role of EC2 Reserved Instances; Reserved Instances offer pricing benefits for qualifying EC2 usage with a term commitment and specified attributes.

This statement is true of On-Demand EC2 pricing, which addresses a company needs compute capacity for a short unpredictable project and does not want a long commitment. It does not explain the particular role of EC2 Reserved Instances; Reserved Instances offer pricing benefits for qualifying EC2 usage with a term commitment and specified attributes.

This statement is true of S3 storage-class pricing, which addresses an archive team needs to compare object storage costs between frequently accessed and rarely retrieved data. It does not explain the particular role of EC2 Reserved Instances; Reserved Instances offer pricing benefits for qualifying EC2 usage with a term commitment and specified attributes.

This describes a scenario for Identity federation: federate existing enterprise identities instead of issuing separate permanent credentials. Federation integrates identity-provider authentication with AWS access, supporting centralized workforce identity management. It is not the most direct example of IAM policies.

This describes a scenario for Principle of least privilege: grant only the permissions necessary to perform approved duties. Least privilege restricts permissions to required actions and resources rather than granting broad administrator access. It is not the most direct example of IAM policies.

This describes a scenario for AWS IAM Identity Center: use IAM Identity Center for centralized workforce sign-in and account access. IAM Identity Center connects workforce identities and assigns access across AWS accounts and compatible applications. It is not the most direct example of IAM policies.

This describes a scenario for Amazon Cognito identity: use Amazon Cognito for application-user authentication and identity features. Cognito focuses on end-user identity for web and mobile applications, not AWS workforce account administration. It is not the most direct example of IAM roles.

This describes a scenario for Multi-factor authentication: require MFA for eligible AWS sign-in identities. MFA requires another authentication factor beyond a password and reduces risks from compromised passwords. It is not the most direct example of IAM roles.

This describes a scenario for AWS IAM Identity Center: use IAM Identity Center for centralized workforce sign-in and account access. IAM Identity Center connects workforce identities and assigns access across AWS accounts and compatible applications. It is not the most direct example of IAM roles.

This statement is true of Cost Optimization pillar, which addresses a department wants to eliminate idle spending and understand the cost of delivering business value. It does not explain the particular role of Infrastructure changes as code; Infrastructure as code reduces manual drift and supports consistent, reviewable infrastructure provisioning.

This statement is true of Operational Excellence pillar, which addresses a team wants to improve routine operations through measurement, incident learning, and repeatable processes. It does not explain the particular role of Infrastructure changes as code; Infrastructure as code reduces manual drift and supports consistent, reviewable infrastructure provisioning.

This statement is true of Measure outcomes, which addresses a cloud team cannot tell whether a change improved customer-facing performance. It does not explain the particular role of Infrastructure changes as code; Infrastructure as code reduces manual drift and supports consistent, reviewable infrastructure provisioning.

This describes a scenario for Operating expenditure: classify cloud usage-based service payments as operating spending. Variable cloud charges generally align with operating expense rather than a customer buying provider hardware. It is not the most direct example of Idle resource spending.

This describes a scenario for Bring Your Own License: evaluate use of qualifying existing software licenses subject to vendor and AWS terms. BYOL may reduce duplicate license purchases when specific licensing rules and deployment requirements are satisfied. It is not the most direct example of Idle resource spending.

This describes a scenario for Rightsizing: choose resource sizes appropriate for actual workload utilization. Rightsizing replaces persistently oversized resources with suitable capacities to improve cost efficiency. It is not the most direct example of Idle resource spending.

This describes a scenario for Amazon CloudFront global caching: deliver cacheable content through Amazon CloudFront edge locations. CloudFront is AWS's content delivery network and can reduce latency by caching copies near viewers. It is not the most direct example of AWS Global Accelerator.

This describes a scenario for Multiple Availability Zones: place redundant application components across different AZs within a Region. Multi-AZ deployments can avoid a single-AZ failure taking down the whole application. It is not the most direct example of AWS Global Accelerator.

This describes a scenario for Data sovereignty Region choice: select an appropriate available AWS Region and check service data-location behavior. Region choice is a customer decision for residency compliance, subject to service availability and contractual requirements. It is not the most direct example of AWS Global Accelerator.

This outcome fits Data residency considerations: Compliance and data-location choices remain customer decisions even when AWS operates the service infrastructure. The stakeholder requires the more specific capability provided by Amazon Inspector, not that separate benefit.

This outcome fits Encryption in transit: Encryption in transit protects communications over networks; it differs from encryption of data stored on disks. The stakeholder requires the more specific capability provided by Amazon Inspector, not that separate benefit.

This outcome fits AWS KMS managed keys: AWS KMS manages keys and enforces key-use controls for integrated services; it is not a general database service. The stakeholder requires the more specific capability provided by Amazon Inspector, not that separate benefit.

This describes a scenario for Multiple AWS Regions: use a separate AWS Region as part of a multi-Region continuity plan. Deploying across Regions can address geographic disruptions, customer latency and residency objectives at higher complexity. It is not the most direct example of AWS Region.

This describes a scenario for AWS edge location: use edge locations as points near users for supported edge services. AWS edge locations support services such as CloudFront and reduce delivery distance for content or requests. It is not the most direct example of AWS Region.

This describes a scenario for Availability Zone: distribute components across Availability Zones for fault isolation. Availability Zones are distinct locations within a Region designed to reduce shared failure risks. It is not the most direct example of AWS Region.

Customer EC2 guest operating system instead focuses on a different requirement, such as a business runs its own Linux installation on an Amazon EC2 virtual machine. For EC2 the customer manages the guest OS, applications and their configuration while AWS manages underlying physical hosts. It is not the primary match for the requirement described here: customer operational responsibilities generally decrease as more service layers become AWS-managed.

Customer encryption choices instead focuses on a different requirement, such as a company wants to ensure its application stores sensitive objects with required encryption settings. Managed services can provide encryption capabilities, but customers must select and govern settings needed for their data. It is not the primary match for the requirement described here: customer operational responsibilities generally decrease as more service layers become AWS-managed.

AWS EC2 host infrastructure instead focuses on a different requirement, such as a company uses EC2 but asks who maintains the hardware supporting its virtual machines. AWS is responsible for facilities, physical servers and underlying cloud infrastructure for EC2. It is not the primary match for the requirement described here: customer operational responsibilities generally decrease as more service layers become AWS-managed.

Business continuity is associated with a different use case: a retailer needs a plan for resuming critical operations after a major disruption. Business continuity combines preparedness and recovery measures rather than assuming failures will never occur. The question instead focuses on a photo service needs stored customer pictures to remain intact despite individual storage hardware failures; Storage durability is the more direct match.

Agility is associated with a different use case: a startup needs to launch a pilot environment within hours rather than wait for a server purchase. Cloud agility helps teams provision resources quickly and test business ideas without waiting for lengthy hardware procurement. The question instead focuses on a photo service needs stored customer pictures to remain intact despite individual storage hardware failures; Storage durability is the more direct match.

Resource pooling is associated with a different use case: several departments need separate virtual workloads without each purchasing dedicated physical machines. Cloud resource pooling supports multiple customers and workloads through provider-managed shared infrastructure with isolation controls. The question instead focuses on a photo service needs stored customer pictures to remain intact despite individual storage hardware failures; Storage durability is the more direct match.

AWS S3 infrastructure durability is associated with a different use case: a customer asks who maintains the physical storage systems used by Amazon S3. AWS handles service infrastructure, while customers still control object permissions, classifications and retention requirements. The question instead focuses on a technology leader compares the management obligations of EC2, RDS and Lambda; Shared responsibility varies by service is the more direct match.

Customer S3 bucket access is associated with a different use case: a team accidentally publishes an S3 bucket containing internal reports. AWS operates the S3 storage infrastructure, but customers configure authorized access to their buckets and objects. The question instead focuses on a technology leader compares the management obligations of EC2, RDS and Lambda; Shared responsibility varies by service is the more direct match.

AWS RDS database infrastructure is associated with a different use case: a developer chooses Amazon RDS instead of installing a database engine on an EC2 virtual machine. RDS reduces operational work compared with a self-managed database, but does not remove customer responsibilities for data and access. The question instead focuses on a technology leader compares the management obligations of EC2, RDS and Lambda; Shared responsibility varies by service is the more direct match.