Amazon AWS Certified Solutions Architect - Professional SAP-C02 Bundle

Every static asset fetch goes to a distant origin instead of the edge cache. The specific problem here is that the shared file system's throughput mode or credit availability constrains parallel clients.

The function's unqualified ARN always invokes latest code for all users, bypassing version routing. The specific problem here is that the shared file system's throughput mode or credit availability constrains parallel clients.

Stream shard limits or skewed partition keys cannot handle incoming record throughput. The specific problem here is that the shared file system's throughput mode or credit availability constrains parallel clients.

This action targets a different technical need: A shared API must protect downstream capacity during a request spike without losing monitoring of throttled clients. It does not replace either required solution in A or B. API Gateway throttle controls bound request rates but callers should handle 429 responses; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: A brownfield workload must shift gradually from a legacy load balancer to a new service while preserving rollback. It does not replace either required solution in A or B. Weighted routing can support staged migration when health checks and client caching are considered; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: A high-throughput session API must share ephemeral session data among multiple application instances without database round trips. It does not replace either required solution in A or B. A shared in-memory cache reduces backend read pressure when expiry and failure behavior are designed; verify the two stated requirements independently rather than accepting an unrelated change.

Individual Security Hub instances were not centrally delegated or aggregated. The stated evidence instead indicates: The backup Region exists but DNS routing never changes after primary endpoint failure.

Only source-region S3 versioning is enabled, but no replication rule or role exists. The stated evidence instead indicates: The backup Region exists but DNS routing never changes after primary endpoint failure.

Synchronous request-to-database coupling loses or rejects work whenever the database is unavailable. The stated evidence instead indicates: The backup Region exists but DNS routing never changes after primary endpoint failure.

Individual IAM users were being created per account instead of using centralized workforce federation. The stated evidence instead indicates: The remote principal has S3 object access but lacks required key-policy and IAM decrypt permission.

Summary monthly bills lack the resource-level usage detail needed for chargeback. The stated evidence instead indicates: The remote principal has S3 object access but lacks required key-policy and IAM decrypt permission.

Individual Security Hub instances were not centrally delegated or aggregated. The stated evidence instead indicates: The remote principal has S3 object access but lacks required key-policy and IAM decrypt permission.

Unauthorized execution is blocked and approved changes have associated audit evidence. However, this does not establish the required outcome: a test transaction shows the slow downstream dependency and request trace span timing.

Restored datasets pass consistency and application startup checks within the recovery target. However, this does not establish the required outcome: a test transaction shows the slow downstream dependency and request trace span timing.

An incident view identifies the affected service and response latency rather than just total fleet CPU. However, this does not establish the required outcome: a test transaction shows the slow downstream dependency and request trace span timing.

An overly broad assumed-role session is not constrained to the vendor's assigned resources. The stated evidence instead indicates: Public ACM-issued certificates were wrongly assumed to provide a corporate private CA chain.

Static budgets cannot explain or detect each atypical spend pattern promptly. The stated evidence instead indicates: Public ACM-issued certificates were wrongly assumed to provide a corporate private CA chain.

Disjoint local-account trails leave central auditors with incomplete visibility. The stated evidence instead indicates: Public ACM-issued certificates were wrongly assumed to provide a corporate private CA chain.

A drilled failover boots recoverable instances and meets tested recovery objectives and dependency order. However, this does not establish the required outcome: newly created and eligible changed objects arrive in the destination bucket with expected encryption.

Accepted messages remain durable during database downtime and are eventually processed when consumers recover. However, this does not establish the required outcome: newly created and eligible changed objects arrive in the destination bucket with expected encryption.

The delegated administrator can manage enrolled member security coverage within its supported scope. However, this does not establish the required outcome: newly created and eligible changed objects arrive in the destination bucket with expected encryption.

Each business unit manually maintains duplicative IAM users in workload accounts. The stated evidence instead indicates: All accounts share one indiscriminate service-control policy despite different risk profiles.

No archive or retention mechanism was configured before the subscriber outage. The stated evidence instead indicates: All accounts share one indiscriminate service-control policy despite different risk profiles.

New accounts are assembled by ad hoc scripts with inconsistent security baselines. The stated evidence instead indicates: All accounts share one indiscriminate service-control policy despite different risk profiles.

A simulated interruption causes bounded rework and lowers total compute cost without losing final results. However, this does not establish the required outcome: the API meets latency SLOs under bursts and incurs low idle compute spend without permanently allocated hosts.

The resulting image has verified packages, a traceable version and permitted availability in target accounts. However, this does not establish the required outcome: the API meets latency SLOs under bursts and incurs low idle compute spend without permanently allocated hosts.

Storage-class distribution follows observed access and availability constraints without extensive manual classification. However, this does not establish the required outcome: the API meets latency SLOs under bursts and incurs low idle compute spend without permanently allocated hosts.

Resource-based trust was not evaluated beyond local IAM identity permission reports. The stated evidence instead indicates: Passive regional copies exist without health-driven endpoint selection.

The application is exposed to one database host or zonal compute failure. The stated evidence instead indicates: Passive regional copies exist without health-driven endpoint selection.

Availability claims rest only on architecture diagrams, not controlled chaos evidence. The stated evidence instead indicates: Passive regional copies exist without health-driven endpoint selection.

The CDN forwards every request to origin due to ineffective cache keys or caching headers. The stated evidence instead indicates: S3 calls egress through NAT because no supported endpoint route was configured.

Stable compute baseline is paid at on-demand rates without analyzed commitments. The stated evidence instead indicates: S3 calls egress through NAT because no supported endpoint route was configured.

Single-AZ database storage and compute are a single zonal failure domain. The stated evidence instead indicates: S3 calls egress through NAT because no supported endpoint route was configured.