Amazon AWS Certified Solutions Architect - Professional SAP-C02 Bundle

Developers assume SQS has identical JMS or broker feature semantics to the source stack. The stated evidence instead indicates: Tight synchronous coupling propagates a noncritical downstream failure to the primary transaction.

Workflow state and failure recovery are hidden in fragile custom imperative scripts. The stated evidence instead indicates: Tight synchronous coupling propagates a noncritical downstream failure to the primary transaction.

Dedicated EC2 servers remain the scaling bottleneck for stateless containerized workloads. The stated evidence instead indicates: Tight synchronous coupling propagates a noncritical downstream failure to the primary transaction.

Chosen sizes meet memory and peak latency needs while reducing wasteful instance spending. However, this does not establish the required outcome: identified buckets show smaller unnecessary version and multipart storage after retention-safe cleanup.

Chargeback results trace shared spend to accounted requests or accountable service consumers. However, this does not establish the required outcome: identified buckets show smaller unnecessary version and multipart storage after retention-safe cleanup.

The stack tolerates the injected zonal fault and stop alarms terminate experiments as planned. However, this does not establish the required outcome: identified buckets show smaller unnecessary version and multipart storage after retention-safe cleanup.

This action targets a different technical need: An EC2 application needs sustained random IOPS independent of EBS volume storage-size growth. It does not replace either required solution in A or B. gp3 separates baseline volume storage size from configurable IOPS and throughput within limits; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: A shared S3 data lake gives two analytics teams unnecessarily broad bucket access. It does not replace either required solution in A or B. S3 Access Points can support distinct access policies for shared buckets; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: An EKS service experiences 503 errors during rolling updates because pods accept traffic before dependencies initialize. It does not replace either required solution in A or B. Readiness and graceful termination controls reduce errors during normal rolling changes; verify the two stated requirements independently rather than accepting an unrelated change.

Traffic was switched to the container environment before dependent services and probes were verified. The specific problem here is that replicating table data alone does not translate incompatible source SQL constructs.

Partners are forced to replace SFTP clients with AWS SDK calls without business approval. The specific problem here is that replicating table data alone does not translate incompatible source SQL constructs.

Migration scheduling ignored data classification and jurisdictional control requirements. The specific problem here is that replicating table data alone does not translate incompatible source SQL constructs.

A single active Region was incorrectly advertised as having near-zero recovery time. The specific problem here is that all containers share a single placement failure domain and cannot be rescheduled in time.

The destination bucket is present but replication cannot use the destination KMS key. The specific problem here is that all containers share a single placement failure domain and cannot be rescheduled in time.

One abrupt DNS change replaced every consumer endpoint with no controlled canary or rollback. The specific problem here is that all containers share a single placement failure domain and cannot be rescheduled in time.

Finance sees prioritized savings opportunities and can distinguish overlapping cost recommendations. However, this does not establish the required outcome: tested resized instances meet p95 latency goals while recommended savings are observed.

An administrator's disable request is denied while an authorized central management path remains available. However, this does not establish the required outcome: tested resized instances meet p95 latency goals while recommended savings are observed.

Dashboards identify targeted buckets with abnormal storage patterns and lifecycle candidates. However, this does not establish the required outcome: tested resized instances meet p95 latency goals while recommended savings are observed.

This action targets a different technical need: Two acquired subsidiaries have overlapping RFC1918 VPC CIDRs but must exchange traffic with a shared integration endpoint. It does not replace either required solution in A or B. Overlapping address spaces require translation or service-level isolation rather than simple routed peering; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: Financial backups must survive destruction of the primary application account by a compromised administrator. It does not replace either required solution in A or B. Cross-account backup isolation reduces the effect of compromise of an application account; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: Network administrators must manage a shared subnet centrally while application accounts place their own resources in it. It does not replace either required solution in A or B. VPC sharing separates network ownership from application resource ownership; verify the two stated requirements independently rather than accepting an unrelated change.

A broad VPC peering link was used where a service-scoped private access path was needed. The stated evidence instead indicates: Each business unit manually maintains duplicative IAM users in workload accounts.

Local Config assessments exist but no aggregation exposes cross-account status. The stated evidence instead indicates: Each business unit manually maintains duplicative IAM users in workload accounts.

Separate VPC copies and peering links were created instead of sharing centrally governed subnets. The stated evidence instead indicates: Each business unit manually maintains duplicative IAM users in workload accounts.

One abrupt DNS change replaced every consumer endpoint with no controlled canary or rollback. The stated evidence instead indicates: Each team independently patches hand-built machine images without reproducible validation.

A successful compilation is treated as proof that the release is safe and functional. The stated evidence instead indicates: Each team independently patches hand-built machine images without reproducible validation.

Objects remain indefinitely in higher-cost storage despite a proven low-access retention pattern. The stated evidence instead indicates: Each team independently patches hand-built machine images without reproducible validation.

Availability claims rest only on architecture diagrams, not controlled chaos evidence. The stated evidence instead indicates: Kubernetes deployment treats process startup as adequate evidence of request readiness.

Passive regional copies exist without health-driven endpoint selection. The stated evidence instead indicates: Kubernetes deployment treats process startup as adequate evidence of request readiness.

Dormant storage versions and partial uploads accumulate without inventory or lifecycle governance. The stated evidence instead indicates: Kubernetes deployment treats process startup as adequate evidence of request readiness.

Events captured during the fault can be replayed to a corrected consumer after recovery. However, this does not establish the required outcome: a poison message goes to the DLQ after configured attempts while valid following messages proceed.

A simulated transient error is retried according to policy and a persistent error follows a defined failure branch. However, this does not establish the required outcome: a poison message goes to the DLQ after configured attempts while valid following messages proceed.

The API meets latency SLOs under bursts and incurs low idle compute spend without permanently allocated hosts. However, this does not establish the required outcome: a poison message goes to the DLQ after configured attempts while valid following messages proceed.