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This describes a scenario for Customer data classification: the customer classifies its own data and defines appropriate access requirements. AWS cannot determine the business sensitivity of customer content; data classification and applicable handling policies belong to the customer. It is not the most direct example of Customer EC2 guest operating system.

This describes a scenario for Customer S3 bucket access: the customer must correct the bucket access policy and exposure settings. AWS operates the S3 storage infrastructure, but customers configure authorized access to their buckets and objects. It is not the most direct example of Customer EC2 guest operating system.

This describes a scenario for Customer Lambda function code: the customer is responsible for the function code and its business logic. Serverless eliminates server administration for the customer, not their responsibility for their own application code and data handling. It is not the most direct example of Customer EC2 guest operating system.

The roles are swapped. AWS RDS database infrastructure is associated with aWS performs managed database infrastructure tasks such as underlying host and OS maintenance; Customer RDS data permissions instead has the role: The customer configures database users and permissions for its application data. Selecting a managed database does not transfer responsibility for customer identities and data authorization to AWS.

The roles are swapped. Customer encryption choices is associated with the customer chooses applicable encryption configuration and key-access policies; Customer RDS data permissions instead has the role: The customer configures database users and permissions for its application data. Selecting a managed database does not transfer responsibility for customer identities and data authorization to AWS.

The roles are swapped. AWS EC2 host infrastructure is associated with aWS maintains the physical host and underlying cloud virtualization infrastructure; Customer RDS data permissions instead has the role: The customer configures database users and permissions for its application data. Selecting a managed database does not transfer responsibility for customer identities and data authorization to AWS.

This describes a scenario for Elastic Load Balancing: use Elastic Load Balancing to distribute incoming workload traffic. Elastic Load Balancing routes requests or connections to available targets rather than relying on one application instance. It is not the most direct example of EC2 Auto Scaling.

This describes a scenario for Storage-optimized EC2: choose an EC2 storage-optimized instance family where local storage performance is central. Storage-optimized instance families are designed for high local storage I/O and throughput needs. It is not the most direct example of EC2 Auto Scaling.

This describes a scenario for AWS Lambda: use AWS Lambda for event-driven serverless function execution. Lambda executes event-triggered code without the customer managing underlying servers, subject to service limits. It is not the most direct example of EC2 Auto Scaling.

Security pillar instead focuses on a different requirement, such as a business wants to protect data, identities, and systems while maintaining risk controls. The Security pillar addresses identity, detection, infrastructure and data protection in the AWS Well-Architected Framework. It is not the primary match for the requirement described here: avoid unnecessary expense while delivering required outcomes.

Automated operational response instead focuses on a different requirement, such as operators repeatedly perform the same low-risk response to predictable workload events. Automating repeatable operations reduces manual error and supports dependable responses while human review remains appropriate for sensitive changes. It is not the primary match for the requirement described here: avoid unnecessary expense while delivering required outcomes.

Sustainability pillar instead focuses on a different requirement, such as a company wants to reduce the environmental impact of its cloud workloads. The Sustainability pillar encourages efficient resource use and reduced environmental impact of running workloads. It is not the primary match for the requirement described here: avoid unnecessary expense while delivering required outcomes.

This outcome fits Multiple Availability Zones: Multi-AZ deployments can avoid a single-AZ failure taking down the whole application. The stakeholder requires the more specific capability provided by Data sovereignty Region choice, not that separate benefit.

This outcome fits AWS edge location: AWS edge locations support services such as CloudFront and reduce delivery distance for content or requests. The stakeholder requires the more specific capability provided by Data sovereignty Region choice, not that separate benefit.

This outcome fits AWS Global Accelerator: Global Accelerator provides static anycast IP addresses and routes traffic over the AWS global network to healthy endpoints. The stakeholder requires the more specific capability provided by Data sovereignty Region choice, not that separate benefit.

AWS Marketplace security software is associated with a different use case: a company wants to evaluate a third-party security product compatible with AWS workloads. Marketplace lets customers discover and procure partner solutions; it is not the same as an AWS native security monitoring service. The question instead focuses on an organization needs general recommendations to harden AWS workloads; AWS security best practices is the more direct match.

AWS Shield DDoS protection is associated with a different use case: a public application is concerned about distributed denial-of-service traffic. Shield provides managed DDoS protection rather than classifying sensitive objects or managing IAM identities. The question instead focuses on an organization needs general recommendations to harden AWS workloads; AWS security best practices is the more direct match.

Amazon Detective investigations is associated with a different use case: an analyst wants to investigate relationships among security findings after suspicious activity is detected. Detective correlates supported signals for investigation; GuardDuty focuses on finding potential threats. The question instead focuses on an organization needs general recommendations to harden AWS workloads; AWS security best practices is the more direct match.

Amazon ECS is associated with a different use case: an application team needs AWS-native orchestration of container workloads. ECS manages deployment and scheduling of containers, with eligible EC2 or Fargate capacity options. The question instead focuses on an online form should run short application code only when events occur without managing servers; AWS Lambda is the more direct match.

Compute-optimized EC2 is associated with a different use case: a simulation workload spends most of its time performing CPU-intensive numerical calculations. Compute-optimized instances provide a high ratio of compute performance for suitable CPU-bound applications. The question instead focuses on an online form should run short application code only when events occur without managing servers; AWS Lambda is the more direct match.

Amazon Lightsail is associated with a different use case: a small business wants a straightforward virtual private server with bundled resources. Lightsail offers simple virtual server and related resource plans for common small applications and websites. The question instead focuses on an online form should run short application code only when events occur without managing servers; AWS Lambda is the more direct match.

Amazon EFS shared files is associated with a different use case: multiple Linux EC2 instances require a shared elastic file system supporting common file semantics. EFS is a managed elastic network file system for supported Linux workloads, unlike S3 object API storage. The question instead focuses on a business stores images and documents as objects accessed using service APIs; Amazon S3 is the more direct match.

S3 Standard storage is associated with a different use case: an application frequently reads newly uploaded customer content with unpredictable access. S3 Standard is a general-purpose storage class suitable for frequently accessed objects requiring high availability. The question instead focuses on a business stores images and documents as objects accessed using service APIs; Amazon S3 is the more direct match.

S3 Standard-Infrequent Access is associated with a different use case: a business rarely accesses certain long-lived backup files but needs them rapidly when requested. S3 Standard-IA has lower storage charges but access and minimum-duration considerations compared with frequently accessed classes. The question instead focuses on a business stores images and documents as objects accessed using service APIs; Amazon S3 is the more direct match.

This statement is true of AWS STS role assumption, which addresses an application needs temporary AWS credentials after assuming an authorized IAM role. It does not explain the particular role of IAM policies; An IAM policy expresses permissions; it is not itself a human identity or a network firewall.

This statement is true of Cross-account role access, which addresses an auditor from a separate AWS account needs time-limited access to approved audit resources. It does not explain the particular role of IAM policies; An IAM policy expresses permissions; it is not itself a human identity or a network firewall.

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 IAM policies; An IAM policy expresses permissions; it is not itself a human identity or a network firewall.

The roles are swapped. AWS Marketplace is associated with find third-party software offerings through AWS Marketplace; AWS WAF application protection instead has the role: Use AWS WAF to filter supported web requests. WAF acts at web request level and can help mitigate common HTTP attack patterns.

The roles are swapped. AWS Firewall Manager is associated with use AWS Firewall Manager to manage supported security policies centrally; AWS WAF application protection instead has the role: Use AWS WAF to filter supported web requests. WAF acts at web request level and can help mitigate common HTTP attack patterns.

The roles are swapped. AWS Shield is associated with use AWS Shield for DDoS protection capabilities; AWS WAF application protection instead has the role: Use AWS WAF to filter supported web requests. WAF acts at web request level and can help mitigate common HTTP attack patterns.

This describes a scenario for AWS security best practices: use AWS security best-practice resources and service-specific recommendations. AWS security guidance supports safe decisions, while controls still need deliberate configuration by the customer. It is not the most direct example of AWS WAF application protection.

This describes a scenario for AWS Security Blog guidance: consult the AWS Security Blog for guidance and updates. AWS's official security blog explains security topics, unlike a service that enforces network traffic filtering. It is not the most direct example of AWS WAF application protection.

This describes a scenario for AWS Firewall Manager policy oversight: use AWS Firewall Manager to manage supported security policies centrally. Firewall Manager helps manage AWS WAF, Shield and related policies across an AWS Organizations environment. It is not the most direct example of AWS WAF application protection.