The proposed action verifies signed DNS data when the chain of trust is valid but sends client resolver queries in cleartext; DNSSEC does not encrypt transport and cannot conceal queried hostnames, supporting DNS data integrity without query confidentiality but leaving private DNS query content in transit unmet.

This approach respects differences between private DNS scope and public authoritative signing; assuming identical DNSSEC hosting features for all private zones can produce an unsupported configuration, which helps with correctly scoped DNS integrity controls instead of delivering private DNS query content in transit.

This alternative authenticates the origin and integrity of supported DNS records for validating resolvers; DNSSEC signs data but does not encrypt the DNS question or response contents, so it addresses DNSSEC-authenticated public DNS answers rather than the required private DNS query content in transit.

Although this setting keeps matching traffic flows directed consistently to appliance targets, appliance fleets also need appropriate symmetric VPC routing to see both directions; this concerns stateful inspection flow continuity, not the specified transparent appliance service insertion.

The proposed action exposes transparent appliance traffic steering through the service and its consumer endpoints; interface endpoints for ordinary PrivateLink services do not provide the same GWLB traffic insertion model, supporting private consumption of centralized inline inspection but leaving transparent appliance service insertion unmet.

This approach removes failing appliance targets from the GWLB distribution pool; health checks cannot repair misconfigured workload route tables that bypass the endpoint, which helps with automatic exclusion of faulty inspection instances instead of delivering transparent appliance service insertion.

This alternative limits TCP segment sizes to fit encapsulated network paths; increasing BGP timers will not repair fragmentation-related black holes, so it addresses avoidance of oversized packets across IPsec tunnels rather than the required correct placement for low-latency inter-node traffic.

Although this setting verifies every device on the traffic path can process the selected frame size, enabling jumbo MTU on only one interface can create size mismatches; this concerns valid large-frame transport across the hybrid link, not the specified correct placement for low-latency inter-node traffic.

The proposed action distinguishes allowed traffic from reliable end-to-end transport delivery; flow-log ACCEPT does not guarantee successful application-level transmission, supporting cause of retransmissions in an apparently allowed flow but leaving correct placement for low-latency inter-node traffic unmet.

This approach allows endpoints to learn a workable packet size along the route; blindly enabling jumbo frames on EC2 will not make every intervening hop support them, which helps with functioning PMTUD for end-to-end TCP traffic instead of delivering correct placement for low-latency inter-node traffic.

A public hosted zone exposes records through public authoritative DNS and does not automatically associate the intended Resolver forwarding rule with private VPC resolvers.

DNS64/NAT64 is an IPv6-to-IPv4 access pattern and does not associate Resolver rules with VPCs. It cannot activate a dormant private DNS forwarding configuration.

Geolocation routing selects DNS answers from authoritative record sets; it does not select the Resolver outbound endpoint for queries from workload VPCs.

Although this setting authenticates client certificate chains in addition to server-side TLS, a standard HTTPS listener without mTLS does not check a client's certificate identity; this concerns authenticated two-way TLS at application ingress, not the specified managed server identity for ALB client TLS and valid CDN viewer certificate configuration.

The proposed action stores imported third-party certificates for supported service integrations but does not issue or renew them; ACM-managed renewal applies to eligible ACM-issued certificates, not imported certificate material, supporting separately managed imported certificate lifecycle but leaving managed server identity for ALB client TLS and valid CDN viewer certificate configuration unmet.

This approach establishes end-to-end encrypted sessions between communicating application peers; plain TCP or GRE does not provide the required encryption semantics, which helps with confidentiality and server authentication across untrusted networks instead of delivering managed server identity for ALB client TLS and valid CDN viewer certificate configuration.

This alternative determines whether GWLB continues forwarding to an inspection target; merely scaling instance count will not fix health checks pointing to the wrong port, so it addresses healthy-appliance registration for transparent inspection rather than the required elastic third-party firewall processing.

The proposed action maintains consistent flow-to-appliance steering under the selected stickiness setting; different appliances cannot reliably share unreplicated per-flow state, supporting correct stateful session inspection across the appliance fleet but leaving elastic third-party firewall processing unmet.

This approach preserves compatible AZ selection for a flow passing through an inspection VPC; GWLB appliance health awareness does not automatically configure TGW AZ affinity, which helps with zone-consistent stateful traffic processing instead of delivering elastic third-party firewall processing.

This approach performs outbound IPv4 source translation for private subnets; NAT availability and AZ placement should be accounted for in production, which helps with private-instance outbound internet connectivity instead of delivering private S3 access without an internet NAT path.

Although this setting provides private endpoint ENIs for selected AWS APIs, required endpoints depend on the actual SSM features and network arrangement; this concerns private service API access from a VPC, not the specified private S3 access without an internet NAT path.

The proposed action provides the gateway next hop for public internet routes; public addressing and security rules are also required for the connection to succeed, supporting internet reachability for public-addressed EC2 instances but leaving private S3 access without an internet NAT path unmet.

This approach updates the dynamic routing control plane to match address ownership; obsolete announcements can create traffic black holes after a migration, which helps with correct routes after on-premises renumbering instead of delivering intentional outbound hybrid path preference.

This alternative evaluates longest-prefix matches and platform path priorities as part of route choice; a shorter AS_PATH does not override all route-selection rules, so it addresses explaining unexpected preferred hybrid routes rather than the required intentional outbound hybrid path preference.

Although this setting diagnoses session stability independently of physical interface counters, a clean optical link does not prove routing control-plane stability; this concerns root cause of intermittent BGP adjacency loss, not the specified intentional outbound hybrid path preference.

The proposed action identifies asymmetric route learning or advertisement policy; a healthy BGP session may advertise only a subset of the needed networks, supporting consistent hybrid reachability over redundant peers but leaving intentional outbound hybrid path preference unmet.

Although this setting applies split-view name resolution based on whether the querying VPC is associated with the private zone, VPC resolver selection must be considered when names are absent in the private zone; this concerns distinct internal and internet DNS views, not the specified public authoritative DNS hosting.

The proposed action makes the Amazon-provided resolver and AWS DNS hostname behavior available within the VPC; DHCP DNS server settings also must direct clients toward a resolver that can answer these zones, supporting normal private hosted zone resolution through VPC DNS but leaving public authoritative DNS hosting unmet.

This alternative exposes private DNS records through VPC resolver behavior only for associated networks; a public zone could expose the record data through internet-accessible authoritative servers, so it addresses VPC-scoped private name resolution rather than the required public authoritative DNS hosting.

This alternative restricts viewer requests using country-level geographic information at the edge; the control is geographic rather than a substitute for identity-aware authorization, so it addresses country-based CDN access enforcement rather than the required routing CDN paths to separate application backends.

Although this setting runs lightweight JavaScript logic at CloudFront edge locations for supported viewer events, the function cannot make network requests or perform heavyweight origin-facing operations; this concerns inexpensive edge URI normalization, not the specified routing CDN paths to separate application backends.

This approach runs richer request or response logic at regional edge locations with supported network operations; supported events and runtime restrictions must be checked before selecting the integration, which helps with edge logic requiring capabilities beyond CloudFront Functions instead of delivering routing CDN paths to separate application backends.

This approach bypasses the NAT for supported service destinations; endpoint and bucket policies must still permit the operation, which helps with lower-cost private S3 traffic path instead of delivering cost-aware east-west inspection design.

This alternative reduces repeated origin fetches by serving cached content near viewers; CloudFront pricing and cache hit ratio must still be measured for the workload, so it addresses lower repeated long-haul object transfer rather than the required cost-aware east-west inspection design.

Although this setting trades fixed connection cost against network variability and transfer economics, private circuits are not automatically cheaper for low traffic levels; this concerns measured bulk hybrid connectivity cost, not the specified cost-aware east-west inspection design.