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Outbound success with inbound denial validates translation boundaries. That check cannot demonstrate initiate an allowed outbound connection without a separate return inbound rule.

Link and failover measurements demonstrate the design objective. That check cannot demonstrate initiate an allowed outbound connection without a separate return inbound rule.

Encrypted packet and end-to-end evidence validate the tunnel. That check cannot demonstrate initiate an allowed outbound connection without a separate return inbound rule.

Removing unintended public ingress and constrain cloud network policy to approved peers would not add scoped reciprocal traffic rules for the actual return direction and ports.

Routing outbound internet traffic through an approved NAT gateway while preserving private ingress restrictions would not add scoped reciprocal traffic rules for the actual return direction and ports.

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

Path tests show both route policy and traffic enforcement. That check cannot demonstrate completion of the TCP three-way handshake.

Outbound success with inbound denial validates translation boundaries. That check cannot demonstrate completion of the TCP three-way handshake.

Capacity movement tied to load validates elasticity. That check cannot demonstrate completion of the TCP three-way handshake.

Network exposure contradicts the private subnet requirement. That does not establish the defined inbound-versus-return session policy.

NAT rewrites connection addresses or ports according to an explicit translation rule. That does not establish the defined inbound-versus-return session policy.

Capacity is fixed rather than adjusted to changing load. That does not establish the defined inbound-versus-return session policy.

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

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

Establishing a managed site-to-site IPsec VPN with correct selectors and routing would not route outbound internet traffic through an approved NAT gateway while preserving private ingress restrictions.

Encrypted packet and end-to-end evidence validate the tunnel. That check cannot demonstrate fetch a signed update from a test instance and verify unsolicited inbound denial.

Link and failover measurements demonstrate the design objective. That check cannot demonstrate fetch a signed update from a test instance and verify unsolicited inbound denial.

SYN-ACK propagation proves reciprocal stateless rules are correct. That check cannot demonstrate fetch a signed update from a test instance and verify unsolicited inbound denial.

The WAN requirement favors a dedicated private circuit. That does not establish the intended translated source or destination path.

Capacity is fixed rather than adjusted to changing load. That does not establish the intended translated source or destination path.

Private network traffic crosses an untrusted transport. That does not establish the intended translated source or destination path.

Routing outbound internet traffic through an approved NAT gateway while preserving private ingress restrictions would not establish a managed site-to-site IPsec VPN with correct selectors and routing.

Removing unintended public ingress and constrain cloud network policy to approved peers would not establish a managed site-to-site IPsec VPN with correct selectors and routing.

Adding scoped reciprocal traffic rules for the actual return direction and ports would not establish a managed site-to-site IPsec VPN with correct selectors and routing.

Outbound success with inbound denial validates translation boundaries. It does not check negotiated ESP associations and send authorized subnet-to-subnet traffic.

Path tests show both route policy and traffic enforcement. It does not check negotiated ESP associations and send authorized subnet-to-subnet traffic.

SYN-ACK propagation proves reciprocal stateless rules are correct. It does not check negotiated ESP associations and send authorized subnet-to-subnet traffic.

NAT rewrites connection addresses or ports according to an explicit translation rule. That does not establish private network traffic crosses an untrusted transport.

Network exposure contradicts the private subnet requirement. That does not establish private network traffic crosses an untrusted transport.

Capacity is fixed rather than adjusted to changing load. That does not establish private network traffic crosses an untrusted transport.

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.