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This statement is true of AWS IAM Identity Center, which addresses employees need centralized workforce access to multiple AWS accounts using corporate identities. It does not explain the particular role of Access keys; AWS access keys enable programmatic authentication and must not be committed to public repositories.

This statement is true of Temporary security credentials, which addresses a contractor needs access for a limited session without receiving a permanent AWS key. It does not explain the particular role of Access keys; AWS access keys enable programmatic authentication and must not be committed to public repositories.

This statement is true of Identity federation, which addresses a company wants staff to authenticate to AWS using its existing corporate identity provider. It does not explain the particular role of Access keys; AWS access keys enable programmatic authentication and must not be committed to public repositories.

The roles are swapped. Refactoring migration is associated with make significant application changes to use cloud-native capabilities; Retiring an application instead has the role: Decommission an unneeded application rather than migrate it. Retiring eliminates redundant or unused workloads so migration effort is not spent on systems with no continuing value.

The roles are swapped. Repurchasing migration is associated with replace an existing application with a different product or SaaS solution; Retiring an application instead has the role: Decommission an unneeded application rather than migrate it. Retiring eliminates redundant or unused workloads so migration effort is not spent on systems with no continuing value.

The roles are swapped. AWS Cloud Adoption Framework is associated with organize organizational readiness across AWS CAF perspectives; Retiring an application instead has the role: Decommission an unneeded application rather than migrate it. Retiring eliminates redundant or unused workloads so migration effort is not spent on systems with no continuing value.

This outcome fits S3 Glacier Deep Archive: Deep Archive prioritizes low storage cost and accepts retrieval delays, unlike immediately accessed S3 classes. The stakeholder requires the more specific capability provided by S3 Standard-IA, not that separate benefit.

This outcome fits AWS Backup: AWS Backup centralizes backup administration across supported resources; it is separate from normal object lifecycle transitions. The stakeholder requires the more specific capability provided by S3 Standard-IA, not that separate benefit.

This outcome fits Amazon EFS shared files: EFS is a managed elastic network file system for supported Linux workloads, unlike S3 object API storage. The stakeholder requires the more specific capability provided by S3 Standard-IA, not that separate benefit.

This outcome fits AWS Trusted Advisor: Trusted Advisor provides advisory findings in supported categories; available checks and features depend on account arrangements. The stakeholder requires the more specific capability provided by AWS Support plans, not that separate benefit.

This outcome fits AWS Health Dashboard: AWS Health provides information about relevant service disruptions and scheduled changes; it is distinct from an application metric alarm. The stakeholder requires the more specific capability provided by AWS Support plans, not that separate benefit.

This outcome fits AWS Partner Network: APN connects customers with AWS partners, such as system integrators and independent software vendors. The stakeholder requires the more specific capability provided by AWS Support plans, not that separate benefit.

This outcome fits AWS Organizations governance: Organizations groups accounts and supports policies and billing consolidation; it does not itself analyze threats. The stakeholder requires the more specific capability provided by Security logging retention, not that separate benefit.

This outcome fits AWS CloudTrail API auditing: CloudTrail helps audit actions performed through the console, SDK and API; it differs from performance metrics. The stakeholder requires the more specific capability provided by Security logging retention, not that separate benefit.

This outcome fits AWS compliance shared model: AWS compliance programs cover AWS's side of applicable frameworks, while customers must evaluate and satisfy their own duties. The stakeholder requires the more specific capability provided by Security logging retention, not that separate benefit.

This statement is true of Amazon Macie sensitive S3 data, which addresses a team needs to discover potentially sensitive information stored within Amazon S3. It does not explain the particular role of Encryption at rest; Encryption at rest protects stored data against certain exposure risks, not data traveling across the network.

This statement is true of AWS CloudHSM hardware keys, which addresses a company needs dedicated hardware security modules for particular cryptographic key requirements. It does not explain the particular role of Encryption at rest; Encryption at rest protects stored data against certain exposure risks, not data traveling across the network.

This statement is true of Amazon CloudWatch monitoring, which addresses operations needs metrics and alarms for an AWS workload's performance. It does not explain the particular role of Encryption at rest; Encryption at rest protects stored data against certain exposure risks, not data traveling across the network.

The roles are swapped. AWS PrivateLink is associated with use AWS PrivateLink for private service connectivity from a VPC; Network ACLs instead has the role: Use network access control lists for subnet-level traffic rules. VPC network ACLs apply to subnets and are stateless, unlike security groups' stateful behavior.

The roles are swapped. VPC subnets is associated with use VPC subnets to divide VPC address space into smaller networks; Network ACLs instead has the role: Use network access control lists for subnet-level traffic rules. VPC network ACLs apply to subnets and are stateless, unlike security groups' stateful behavior.

The roles are swapped. AWS Direct Connect is associated with use AWS Direct Connect for dedicated network connectivity to AWS; Network ACLs instead has the role: Use network access control lists for subnet-level traffic rules. VPC network ACLs apply to subnets and are stateless, unlike security groups' stateful behavior.

IAM roles instead focuses on a different requirement, such as an EC2 application needs AWS API permissions without storing a permanent access key in the server. IAM roles can be assumed to obtain temporary security credentials and avoid embedding long-term keys in applications. It is not the primary match for the requirement described here: grant only the permissions necessary to perform approved duties.

Amazon Cognito identity instead focuses on a different requirement, such as a mobile application needs sign-up and authentication for its end users. Cognito focuses on end-user identity for web and mobile applications, not AWS workforce account administration. It is not the primary match for the requirement described here: grant only the permissions necessary to perform approved duties.

AWS STS role assumption instead focuses on a different requirement, such as an application needs temporary AWS credentials after assuming an authorized IAM role. STS provides temporary credentials for permitted role or federated sessions; it does not issue physical security tokens. It is not the primary match for the requirement described here: grant only the permissions necessary to perform approved duties.

Amazon Route 53 instead focuses on a different requirement, such as a business needs a managed DNS service for resolving public application domain names. Route 53 supplies managed DNS records and routing policies, rather than acting as a virtual machine host. It is not the primary match for the requirement described here: use network access control lists for subnet-level traffic rules.

Security groups instead focuses on a different requirement, such as an EC2 workload should allow only specified inbound and outbound connections at the resource level. Security groups control permitted traffic for associated resources and automatically allow response traffic to allowed flows. It is not the primary match for the requirement described here: use network access control lists for subnet-level traffic rules.

Amazon VPC instead focuses on a different requirement, such as a team wants a logically isolated network environment for its AWS compute resources. A VPC is a logically isolated virtual network in which customers can organize subnets, routes and connectivity. It is not the primary match for the requirement described here: use network access control lists for subnet-level traffic rules.

AWS Artifact compliance reports instead focuses on a different requirement, such as an auditor asks a company for AWS third-party compliance and assurance documentation. AWS Artifact gives customers on-demand access to available AWS assurance reports and selected compliance agreements. It is not the primary match for the requirement described here: aggregate and prioritize findings from different security detection tools.

Amazon Macie sensitive S3 data instead focuses on a different requirement, such as a team needs to discover potentially sensitive information stored within Amazon S3. Macie uses managed data discovery to help identify sensitive information in S3 objects, not network packet attacks. It is not the primary match for the requirement described here: aggregate and prioritize findings from different security detection tools.

AWS compliance shared model instead focuses on a different requirement, such as a regulated company assumes AWS compliance certificates automatically satisfy every customer-specific obligation. AWS compliance programs cover AWS's side of applicable frameworks, while customers must evaluate and satisfy their own duties. It is not the primary match for the requirement described here: aggregate and prioritize findings from different security detection tools.

This describes a scenario for Compute-optimized EC2: choose an EC2 compute-optimized instance family for CPU-heavy work. Compute-optimized instances provide a high ratio of compute performance for suitable CPU-bound applications. It is not the most direct example of AWS Fargate.

This describes a scenario for EC2 Auto Scaling: use Amazon EC2 Auto Scaling to adjust instance capacity based on demand. EC2 Auto Scaling can add or remove instances based on policies to help meet capacity and availability needs. It is not the most direct example of AWS Fargate.

This describes a scenario for Amazon EC2 virtual servers: use Amazon EC2 for configurable virtual compute instances. EC2 offers virtual servers with selectable instance types and customer-managed guest operating systems. It is not the most direct example of AWS Fargate.