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Routing outbound internet traffic through an approved NAT gateway while preserving private ingress restrictions would not meet the need for the provider's supported dedicated connectivity service with redundant paths.

Removing unintended public ingress and constrain cloud network policy to approved peers would not meet the need for the provider's supported dedicated connectivity service with redundant paths.

Managing tenant identities, policies and content while the SaaS provider patches underlying servers would not meet the need for the provider's supported dedicated connectivity service with redundant paths.

Outbound success with inbound denial validates translation boundaries. It does not measure sustained throughput and failover across independent private links.

Path tests show both route policy and traffic enforcement. It does not measure sustained throughput and failover across independent private links.

Tenant configuration and provider evidence match the service model. It does not measure sustained throughput and failover across independent private links.

NAT rewrites connection addresses or ports according to an explicit translation rule. That does not establish the WAN requirement favors a dedicated private circuit.

The customer is confusing SaaS management with infrastructure operation. That does not establish the WAN requirement favors a dedicated private circuit.

Stateful firewalls can distinguish permitted connection initiation from return traffic. That does not establish the WAN requirement favors a dedicated private circuit.

Using the provider's supported dedicated connectivity service with redundant paths would not manage tenant identities, policies and content while the SaaS provider patches underlying servers.

Configuring health-aware automatic scale-out and scale-in based on demand metrics would not manage tenant identities, policies and content while the SaaS provider patches underlying servers.

Removing unintended public ingress and constrain cloud network policy to approved peers would not manage tenant identities, policies and content while the SaaS provider patches underlying servers.

Link and failover measurements demonstrate the design objective. It does not review tenant access controls and vendor service assurance rather than host patches.

Encrypted packet and end-to-end evidence validate the tunnel. It does not review tenant access controls and vendor service assurance rather than host patches.

SYN-ACK propagation proves reciprocal stateless rules are correct. It does not review tenant access controls and vendor service assurance rather than host patches.

The WAN requirement favors a dedicated private circuit. That does not establish the customer is confusing SaaS management with infrastructure operation.

Capacity is fixed rather than adjusted to changing load. That does not establish the customer is confusing SaaS management with infrastructure operation.

Private network traffic crosses an untrusted transport. That does not establish the customer is confusing SaaS management with infrastructure operation.

Routing outbound internet traffic through an approved NAT gateway while preserving private ingress restrictions would not configure health-aware automatic scale-out and scale-in based on demand metrics.

Adding scoped reciprocal traffic rules for the actual return direction and ports would not configure health-aware automatic scale-out and scale-in based on demand metrics.

Applying only needed session-initiation rules in the stateful security group would not configure health-aware automatic scale-out and scale-in based on demand metrics.

Outbound success with inbound denial validates translation boundaries. That check cannot demonstrate traffic delivery to healthy application targets.

SYN-ACK propagation proves reciprocal stateless rules are correct. That check cannot demonstrate traffic delivery to healthy application targets.

Encrypted packet and end-to-end evidence validate the tunnel. That check cannot demonstrate traffic delivery to healthy application targets.

Allowing SMB only on the explicitly approved internal host path would not permit appropriate DNS traffic on TCP and UDP 53 for approved resolvers.

Allowing only approved RDP TCP 3389 via the controlled access gateway would not permit appropriate DNS traffic on TCP and UDP 53 for approved resolvers.

Permitting supported SIP signaling on the configured 5060 or TLS 5061 path would not permit appropriate DNS traffic on TCP and UDP 53 for approved resolvers.

Success and isolation validate narrow file-sharing policy. That check cannot demonstrate completion of the TCP three-way handshake.

Test RDP from approved management addresses and deny untrusted sources. That check cannot demonstrate completion of the TCP three-way handshake.

Arrival at UDP 162 validates asynchronous notification. That check cannot demonstrate completion of the TCP three-way handshake.

The requested service uses RDP rather than SSH. That does not establish completion of the TCP three-way handshake.

SMB operates over a distinct file-service port.

TCP connections require an accepted SYN, SYN-ACK and ACK exchange before application requests. The missing change involves dNS requires TCP 53 for some responses in addition to UDP 53.