Amazon AWS Certified Solutions Architect - Professional SAP-C02 Bundle

Every static asset fetch goes to a distant origin instead of the edge cache. The stated evidence instead indicates: Region-specific public IPs and DNS routing do not provide the needed global anycast transport optimization.

Repeated retries of one failed message prevent useful error isolation and redrive workflow. The stated evidence instead indicates: Region-specific public IPs and DNS routing do not provide the needed global anycast transport optimization.

Instance-local caches cannot share consistent ephemeral state across horizontally scaled hosts. The stated evidence instead indicates: Region-specific public IPs and DNS routing do not provide the needed global anycast transport optimization.

Stream shard limits or skewed partition keys cannot handle incoming record throughput. The stated evidence instead indicates: The team assumes an x86 machine image and native binaries can run unchanged on arm64.

A single active Region was incorrectly advertised as having near-zero recovery time. The stated evidence instead indicates: The team assumes an x86 machine image and native binaries can run unchanged on arm64.

Instance-local caches cannot share consistent ephemeral state across horizontally scaled hosts. The stated evidence instead indicates: The team assumes an x86 machine image and native binaries can run unchanged on arm64.

Every backup copy resides in the same administration boundary as the threatened workloads. The specific problem here is that each business unit manually maintains duplicative IAM users in workload accounts.

Events remain confined to local account buses because cross-account bus authorization is absent. The specific problem here is that each business unit manually maintains duplicative IAM users in workload accounts.

New accounts are assembled by ad hoc scripts with inconsistent security baselines. The specific problem here is that each business unit manually maintains duplicative IAM users in workload accounts.

This action targets a different technical need: A revenue-critical public endpoint requires proactive DDoS response coordination and protected eligible application resources. It does not replace either required solution in A or B. Shield Advanced adds advanced DDoS protection and response support for supported resources; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: A transaction platform must recover within minutes but budget constraints prohibit active-active processing in both Regions. It does not replace either required solution in A or B. Warm standby keeps a functional smaller recovery environment ready for rapid scaling; verify the two stated requirements independently rather than accepting an unrelated change.

This action targets a different technical need: A high-traffic EC2 service must release a risky version while keeping a rapid rollback path and without terminating all healthy targets at once. It does not replace either required solution in A or B. Blue-green deployment separates old and new environments to support safe traffic shifting; verify the two stated requirements independently rather than accepting an unrelated change.

Teams purchase more RIs independently without measuring existing shared coverage. The stated evidence instead indicates: Resource-based trust was not evaluated beyond local IAM identity permission reports.

WAF rules are deployed without visibility into which requests they affect. The stated evidence instead indicates: Resource-based trust was not evaluated beyond local IAM identity permission reports.

Static security policy documents are not technically enforced against resource drift. The stated evidence instead indicates: Resource-based trust was not evaluated beyond local IAM identity permission reports.

Homegrown scripts do not handle incremental transfer, scheduling and verification consistently. The specific problem here is that manual one-time disk copying cannot keep hundreds of moving workloads synchronized until cutover.

One-time offline export cannot satisfy the narrow write-freeze window. The specific problem here is that manual one-time disk copying cannot keep hundreds of moving workloads synchronized until cutover.

An all-at-once replacement has unacceptable outage and rollback risk. The specific problem here is that manual one-time disk copying cannot keep hundreds of moving workloads synchronized until cutover.

Instances remain oversized based only on purchase history rather than performance evidence. The stated evidence instead indicates: Only instance host metrics exist and individual container bottlenecks cannot be isolated.

Capacity planning ignores demand spikes or hot keys that concentrate requests. The stated evidence instead indicates: Only instance host metrics exist and individual container bottlenecks cannot be isolated.

On-demand initialization latency is not addressed for the critical invocation path. The stated evidence instead indicates: Only instance host metrics exist and individual container bottlenecks cannot be isolated.

Tested gp3 configuration meets IO SLOs at lower monthly storage and provisioned-performance cost. However, this does not establish the required outcome: chargeback results trace shared spend to accounted requests or accountable service consumers.

Data-transfer charges drop while latency and resilience objectives still pass. However, this does not establish the required outcome: chargeback results trace shared spend to accounted requests or accountable service consumers.

The actor, source and changed policy action appear in audit events from the affected account. However, this does not establish the required outcome: chargeback results trace shared spend to accounted requests or accountable service consumers.

Traffic uses translated unique endpoint addresses and return packets reach the original client correctly. However, this does not establish the required outcome: employees sign in using enterprise identities and receive only the mapped roles in assigned accounts.

The assumed session can read the approved prefix and is denied a separate confidential prefix. However, this does not establish the required outcome: employees sign in using enterprise identities and receive only the mapped roles in assigned accounts.

A noncompliant test bucket is flagged and the remediation removes its unauthorized public exposure. However, this does not establish the required outcome: employees sign in using enterprise identities and receive only the mapped roles in assigned accounts.

Untracked imperative orchestration repeats previous side effects after transient failures. The stated evidence instead indicates: Metrics and logs are not organized into actionable per-service operational signals.

Engineers measure host utilization but not the outcomes experienced by users. The stated evidence instead indicates: Metrics and logs are not organized into actionable per-service operational signals.

Misses from different edge caches repeatedly burden the same origin. The stated evidence instead indicates: Metrics and logs are not organized into actionable per-service operational signals.

Capacity commitments are purchased solely from forecast without checking historical eligible use. The specific problem here is that workload service calls repeatedly cross paid network boundaries without quantified need.

Config findings are left as unactioned notifications while risky drift remains exposed. The specific problem here is that workload service calls repeatedly cross paid network boundaries without quantified need.

Instances remain oversized based only on purchase history rather than performance evidence. The specific problem here is that workload service calls repeatedly cross paid network boundaries without quantified need.