Amazon AWS Certified Solutions Architect - Professional SAP-C02 Bundle

Use applicable AWS Control Tower detective controls backed by supported AWS Config mechanisms would address a different requirement: Security wants to detect deviation from required resource configuration within enrolled accounts. Detective controls evaluate drift rather than simply preventing API calls.

This alternative, Establish an AWS Control Tower landing zone with governed account enrollment, is appropriate when A regulated enterprise needs repeatable baseline accounts, log archive, audit roles, and guardrails. Control Tower orchestrates standardized account baselines and governance controls.

For the separate situation An account created outside the standard platform violates Control Tower controls and must join governance, Enroll or register the existing account in the Control Tower landing zone using supported procedures could be useful. Enrollment brings a member account under landing-zone guardrails without assuming it was originally vended.

This alternative, Maintain separate IAM and resource-policy permissions in addition to the RAM share, is appropriate when An organization mistakenly treats RAM sharing as authorization for all participating accounts to invoke every service. Resource discovery and sharing do not automatically bypass required service permissions.

For the separate situation Many business-unit accounts need access to a common private Route 53 Resolver rule, Share the Resolver forwarding rule through AWS RAM with participating accounts could be useful. Central shared DNS forwarding avoids inconsistent copied configurations.

Although Use an AWS RAM resource share for the supported resource type and intended principals can be valid when A central account needs to share a license-managed resource through an existing organization, it targets a different technical condition. RAM implements cross-account sharing of eligible resource types.

Share VPC subnets with participant accounts by using AWS RAM within supported organization scope solves the related scenario Multiple AWS accounts should create subnets in a single centrally managed network VPC; vPC sharing lets participant resources use centrally owned subnet networking.

Although Share the Resolver forwarding rule through AWS RAM with participating accounts can be valid when Many business-unit accounts need access to a common private Route 53 Resolver rule, it targets a different technical condition. Central shared DNS forwarding avoids inconsistent copied configurations.

Use an AWS RAM resource share for the supported resource type and intended principals would address a different requirement: A central account needs to share a license-managed resource through an existing organization. RAM implements cross-account sharing of eligible resource types.

Share the Transit Gateway resource using AWS RAM and approve or autoaccept attachments appropriately solves the related scenario A central networking team owns a Transit Gateway that application accounts must attach to; rAM shares eligible infrastructure while the network team retains transit ownership.

Although Maintain separate IAM and resource-policy permissions in addition to the RAM share can be valid when An organization mistakenly treats RAM sharing as authorization for all participating accounts to invoke every service, it targets a different technical condition. Resource discovery and sharing do not automatically bypass required service permissions.

This alternative, Share VPC subnets with participant accounts by using AWS RAM within supported organization scope, is appropriate when Multiple AWS accounts should create subnets in a single centrally managed network VPC. VPC sharing lets participant resources use centrally owned subnet networking.

Although Maintain separate IAM and resource-policy permissions in addition to the RAM share can be valid when An organization mistakenly treats RAM sharing as authorization for all participating accounts to invoke every service, it targets a different technical condition. Resource discovery and sharing do not automatically bypass required service permissions.

Share VPC subnets with participant accounts by using AWS RAM within supported organization scope would address a different requirement: Multiple AWS accounts should create subnets in a single centrally managed network VPC. VPC sharing lets participant resources use centrally owned subnet networking.

For the separate situation Many business-unit accounts need access to a common private Route 53 Resolver rule, Share the Resolver forwarding rule through AWS RAM with participating accounts could be useful. Central shared DNS forwarding avoids inconsistent copied configurations.

Share the Transit Gateway resource using AWS RAM and approve or autoaccept attachments appropriately would address a different requirement: A central networking team owns a Transit Gateway that application accounts must attach to. RAM shares eligible infrastructure while the network team retains transit ownership.

For the separate situation Many business-unit accounts need access to a common private Route 53 Resolver rule, Share the Resolver forwarding rule through AWS RAM with participating accounts could be useful. Central shared DNS forwarding avoids inconsistent copied configurations.

Use an AWS RAM resource share for the supported resource type and intended principals solves the related scenario A central account needs to share a license-managed resource through an existing organization; rAM implements cross-account sharing of eligible resource types.

For the separate situation Security needs organization-wide AWS Config compliance data in one account, Create a Config aggregator with appropriate organization and Region collection could be useful. An aggregator combines compliance findings while configuration recording still occurs in source accounts.

Use CloudWatch cross-account observability and tightly scoped monitoring roles solves the related scenario Teams in different accounts need standardized metrics and log views with governed read access; cross-account observability enables centralized investigation while retaining workload-account ownership.

Use delegated AWS Backup administration and dedicated secured backup vaults would address a different requirement: Backup policies must protect resources in many accounts but recovery access should remain isolated. Organization-aware backup governance can separate operational ownership from recovery safeguards.

Use CloudWatch cross-account observability and tightly scoped monitoring roles solves the related scenario Teams in different accounts need standardized metrics and log views with governed read access; cross-account observability enables centralized investigation while retaining workload-account ownership.

Although Use delegated AWS Backup administration and dedicated secured backup vaults can be valid when Backup policies must protect resources in many accounts but recovery access should remain isolated, it targets a different technical condition. Organization-aware backup governance can separate operational ownership from recovery safeguards.

This alternative, Route matching findings through EventBridge to a central event bus with explicit resource permissions, is appropriate when A security account must receive selected GuardDuty and Security Hub events from member accounts. Cross-account event buses deliver security signals without granting full account access.

Use CloudWatch cross-account observability and tightly scoped monitoring roles would address a different requirement: Teams in different accounts need standardized metrics and log views with governed read access. Cross-account observability enables centralized investigation while retaining workload-account ownership.

This alternative, Configure an organization trail and destination bucket policy with required write permissions, is appropriate when An organization must deliver its member accounts CloudTrail events to a security-owned bucket. A centrally managed trail enables common event collection across organization accounts.

For the separate situation Security needs organization-wide AWS Config compliance data in one account, Create a Config aggregator with appropriate organization and Region collection could be useful. An aggregator combines compliance findings while configuration recording still occurs in source accounts.

Configure an organization trail and destination bucket policy with required write permissions would address a different requirement: An organization must deliver its member accounts CloudTrail events to a security-owned bucket. A centrally managed trail enables common event collection across organization accounts.

For the separate situation Security needs organization-wide AWS Config compliance data in one account, Create a Config aggregator with appropriate organization and Region collection could be useful. An aggregator combines compliance findings while configuration recording still occurs in source accounts.

Use delegated AWS Backup administration and dedicated secured backup vaults solves the related scenario Backup policies must protect resources in many accounts but recovery access should remain isolated; organization-aware backup governance can separate operational ownership from recovery safeguards.

For the separate situation A security account must receive selected GuardDuty and Security Hub events from member accounts, Route matching findings through EventBridge to a central event bus with explicit resource permissions could be useful. Cross-account event buses deliver security signals without granting full account access.

Use CloudWatch cross-account observability and tightly scoped monitoring roles solves the related scenario Teams in different accounts need standardized metrics and log views with governed read access; cross-account observability enables centralized investigation while retaining workload-account ownership.

Although Configure an organization trail and destination bucket policy with required write permissions can be valid when An organization must deliver its member accounts CloudTrail events to a security-owned bucket, it targets a different technical condition. A centrally managed trail enables common event collection across organization accounts.