This alternative applies managed stateless and stateful inspection to forwarded network packets; a deployed firewall without route redirection is bypassed by ordinary traffic, so it addresses centrally enforced traffic inspection rather than the required stateful firewall session continuity.

Although this setting makes a consistent set of stateless and stateful rules deployable to multiple firewalls, copying independent manual rule edits promotes configuration drift; this concerns consistent managed network inspection policy, not the specified stateful firewall session continuity.

The proposed action records firewall match and flow observations for investigation; ordinary VPC flow records lack the full inspection-rule match context, supporting explainable stateful policy decisions but leaving stateful firewall session continuity unmet.

The proposed action identifies whether captured network flows were allowed or denied by network controls; flow logs do not reveal application payload content or every packet-level failure cause, supporting reachability evidence at flow-record granularity but leaving targeted interface-level network investigation unmet.

This approach stores flow-log records in an object store suitable for later analysis; CloudWatch alarms can analyze metrics but are not an object-archive delivery substitute, which helps with durable searchable flow records in S3 instead of delivering targeted interface-level network investigation.

This alternative records selected flow metadata for supported network interfaces across the VPC; a subnet-only log would miss interfaces outside the chosen subnet, so it addresses broad IP-flow visibility over changing workloads rather than the required targeted interface-level network investigation.

The proposed action limits API changes to the resources and operations required by the function; broad wildcard permissions increase the impact of bugs or compromised automation, supporting least-privilege network remediation automation but leaving controlled multi-account IaC execution and centrally distributed network logging baseline unmet.

This approach publishes the owned gateway to the consuming accounts; gateway creation alone does not grant external accounts attachment rights, which helps with reproducible cross-account transit gateway sharing instead of delivering controlled multi-account IaC execution and centrally distributed network logging baseline.

This alternative guards selected deployed networking infrastructure from unintended teardown; IAM alone may not express the desired per-resource retention behavior during stack updates, so it addresses protected lifecycle of critical network resources rather than the required controlled multi-account IaC execution and centrally distributed network logging baseline.

This approach returns multiple healthy DNS answers rather than one selected target; the client still selects and contacts an address without an intermediary proxy, which helps with health-aware distribution of several IP addresses instead of delivering health-aware DNS failover for private targets.

Although this setting probes HTTP response content over TLS to classify endpoint health, TCP checks can succeed even when a wrong web page is served; this concerns application-content-aware DNS health evaluation, not the specified health-aware DNS failover for private targets.

The proposed action uses the health of the referenced AWS resource in relevant routing decisions; an ordinary TCP probe to a single instance would not express ALB target-group health, supporting load-balancer-aware Route 53 routing but leaving health-aware DNS failover for private targets unmet.

Flow Logs permissions affect telemetry for supported VPC resources, not administrative ownership of the shared transit gateway. They cannot override the route-table boundary.

A policy in the participant account cannot create ownership rights that the shared resource model does not grant. The gateway owner's account must perform those route operations.

Private hosted zones provide DNS answers, not administrative authorization to edit another account's transit gateway routing tables. The management boundary remains unchanged.

Although this setting matches requests to ordered cache behaviors and sends them to their selected origins, behavior ordering matters when path patterns overlap; this concerns routing CDN paths to separate application backends, not the specified edge logic requiring capabilities beyond CloudFront Functions.

The proposed action signs requests from CloudFront to the S3 origin under a scoped resource policy; blocking all public bucket access remains compatible with approved distribution-origin requests, supporting private S3 origin access through CloudFront but leaving edge logic requiring capabilities beyond CloudFront Functions unmet.

This alternative runs lightweight JavaScript logic at CloudFront edge locations for supported viewer events; the function cannot make network requests or perform heavyweight origin-facing operations, so it addresses inexpensive edge URI normalization rather than the required edge logic requiring capabilities beyond CloudFront Functions.

Although this setting allows the appliance to advertise and learn supported network routes over GRE peers, an ALB does not exchange overlay routing control-plane updates; this concerns routed integration of SD-WAN appliances, not the specified protocol encapsulation for an overlay tunnel.

The proposed action adds IP-layer encryption and peer authentication across the intervening network; GRE alone provides encapsulation without confidentiality, supporting encrypted overlay communications but leaving protocol encapsulation for an overlay tunnel unmet.

This approach transports GRE overlay traffic and exchanges routes over BGP with compatible appliances; a simple VPC attachment alone does not establish GRE Connect peers, which helps with native transit attachment for SD-WAN overlays instead of delivering protocol encapsulation for an overlay tunnel.

This alternative separates policy and reachability over otherwise shared transport infrastructure; merely adding another VLAN ID does not enforce every inter-VPC route boundary, so it addresses tenant-isolated SD-WAN connectivity rather than the required protocol encapsulation for an overlay tunnel.

This approach records supported VPC resolver queries for subsequent analysis; Route 53 public hosted-zone logs only show authoritative DNS queries that reach that zone, which helps with VPC-originated DNS query audit records instead of delivering end-to-end DNSSEC validator trust.

Although this setting supplies an answer for unmatched geographic source queries, unmatched locations can otherwise have no suitable geolocation record answer; this concerns reliable geo-based DNS response completion, not the specified end-to-end DNSSEC validator trust.

The proposed action uses observed application health to decide whether primary DNS responses should be served; ordinary weighted routing is not inherently primary-secondary failover, supporting endpoint-aware authoritative DNS failover but leaving end-to-end DNSSEC validator trust unmet.

The proposed action synthesizes infrastructure definitions from code for consistent deployments; hardcoded account-specific IDs weaken portability, supporting programmatic reuse of network infrastructure components but leaving reproducible multi-account network construction unmet.

This approach establishes a repeatable shared contract for network composition; duplication of unversioned snippets makes later policy corrections inconsistent, which helps with governance of reusable IaC network resources instead of delivering reproducible multi-account network construction.

Although this setting previews planned stack mutations and replacement behavior, an immediate update hides the proposed resource transition until it is underway; this concerns controlled network infrastructure change review, not the specified reproducible multi-account network construction.

Although this setting applies WAF inspection at the global CDN integration scope, a regional web ACL attached to an ALB does not automatically protect every CloudFront viewer request; this concerns security policy for the distribution edge, not the specified application-layer filtering of malicious web requests and managed per-client web request-rate mitigation.

The proposed action inspects layer-seven request attributes before the origin receives traffic; security groups operate on network addresses and transport ports instead, supporting fine-grained application HTTP request filtering but leaving application-layer filtering of malicious web requests and managed per-client web request-rate mitigation unmet.

Although this setting records matches without applying the blocking decision, immediately blocking every match can interrupt legitimate application traffic; this concerns safe observation of candidate WAF rule impact, not the specified application-layer filtering of malicious web requests and managed per-client web request-rate mitigation.

This alternative reports AWS-side tunnel condition over time for alerting; an ELB target-health metric tracks application targets rather than IPsec tunnels, so it addresses evidence of VPN tunnel reliability rather than the required causal visibility into CDN performance.

Although this setting establishes normal performance ranges for later regression comparisons, a one-time route-table export does not measure time-varying network behavior; this concerns baseline throughput and latency during healthy operations, not the specified causal visibility into CDN performance.

The proposed action emits traffic inspection and alert information from firewall processing; VPC Flow Logs cannot expose the complete rule context of a stateful firewall, supporting visibility into inspected flow decisions but leaving causal visibility into CDN performance unmet.