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This concern applies to container isolation for tooling in a different scenario where operators need to run a small monitoring helper without deploying a full network-function virtual machine. For the deployed NFV network function migration approach, the relevant caution is instead that host acceleration and stateful-flow continuity can restrict relocation.

This concern applies to control-plane punt protection in a different scenario where operators need to limit exception traffic that can consume service-provider routing CPU. For the deployed NFV network function migration approach, the relevant caution is instead that host acceleration and stateful-flow continuity can restrict relocation.

This concern applies to SRv6 core path instruction in a different scenario where operators need to steer provider packets along an IPv6 segment list without MPLS label transport. For the deployed NFV network function migration approach, the relevant caution is instead that host acceleration and stateful-flow continuity can restrict relocation.

NFV network function migration instead addresses a different condition: move a software network function between compatible compute hosts. It would instead require you to place the VNF on a supported NFV infrastructure with its service interfaces mapped, not the stated goal to run a small monitoring helper without deploying a full network-function virtual machine.

MACsec provider handoff instead addresses a different condition: encrypt traffic directly across supported Ethernet links between managed devices. It would instead require you to establish MACsec connectivity associations and key management on both handoff peers, not the stated goal to run a small monitoring helper without deploying a full network-function virtual machine.

customer DSCP trust boundary instead addresses a different condition: prevent a subscriber from assigning itself premium forwarding by arbitrary DSCP markings. It would instead require you to remark or police traffic at the subscriber-to-provider classification boundary, not the stated goal to run a small monitoring helper without deploying a full network-function virtual machine.

The proposed step is for NFV network function migration, whose purpose is to move a software network function between compatible compute hosts. It would not perform the necessary container isolation for tooling operation: package the helper as a container with constrained network and filesystem privileges.

The proposed step is for MACsec provider handoff, whose purpose is to encrypt traffic directly across supported Ethernet links between managed devices. It would not perform the necessary container isolation for tooling operation: package the helper as a container with constrained network and filesystem privileges.

The proposed step is for customer DSCP trust boundary, whose purpose is to prevent a subscriber from assigning itself premium forwarding by arbitrary DSCP markings. It would not perform the necessary container isolation for tooling operation: package the helper as a container with constrained network and filesystem privileges.

The observation would verify NFV network function migration under the separate requirement to move a software network function between compatible compute hosts. It does not demonstrate the needed container isolation for tooling result: the helper starts with only permitted access and the monitoring stream continues.

The observation would verify MACsec provider handoff under the separate requirement to encrypt traffic directly across supported Ethernet links between managed devices. It does not demonstrate the needed container isolation for tooling result: the helper starts with only permitted access and the monitoring stream continues.

The observation would verify customer DSCP trust boundary under the separate requirement to prevent a subscriber from assigning itself premium forwarding by arbitrary DSCP markings. It does not demonstrate the needed container isolation for tooling result: the helper starts with only permitted access and the monitoring stream continues.

This defect belongs to NFV network function migration, where the affected outcome is to move a software network function between compatible compute hosts. It is not the direct failure mode identified for the container isolation for tooling design in this case: a privileged host process is launched outside the container isolation policy.

This defect belongs to MACsec provider handoff, where the affected outcome is to encrypt traffic directly across supported Ethernet links between managed devices. It is not the direct failure mode identified for the container isolation for tooling design in this case: a privileged host process is launched outside the container isolation policy.

This defect belongs to customer DSCP trust boundary, where the affected outcome is to prevent a subscriber from assigning itself premium forwarding by arbitrary DSCP markings. It is not the direct failure mode identified for the container isolation for tooling design in this case: a privileged host process is launched outside the container isolation policy.

This concern applies to NFV network function migration in a different scenario where operators need to move a software network function between compatible compute hosts. For the deployed container isolation for tooling approach, the relevant caution is instead that containers still share host-kernel failure and security boundaries.

This concern applies to MACsec provider handoff in a different scenario where operators need to encrypt traffic directly across supported Ethernet links between managed devices. For the deployed container isolation for tooling approach, the relevant caution is instead that containers still share host-kernel failure and security boundaries.

This concern applies to customer DSCP trust boundary in a different scenario where operators need to prevent a subscriber from assigning itself premium forwarding by arbitrary DSCP markings. For the deployed container isolation for tooling approach, the relevant caution is instead that containers still share host-kernel failure and security boundaries.

container isolation for tooling instead addresses a different condition: run a small monitoring helper without deploying a full network-function virtual machine. It would instead require you to package the helper as a container with constrained network and filesystem privileges, not the stated goal to run a telemetry processing service close to a provider router with available hosting support.

customer edge ACL anti-spoof instead addresses a different condition: permit only delegated customer source prefixes at a provider access boundary. It would instead require you to apply an ingress ACL matching the customer's assigned source address space, not the stated goal to run a telemetry processing service close to a provider router with available hosting support.

DDoS control plane differentiation instead addresses a different condition: distinguish volumetric customer-traffic floods from attacks on the router control plane. It would instead require you to combine upstream DDoS traffic filtering with separate control-plane punt protections, not the stated goal to run a telemetry processing service close to a provider router with available hosting support.

The proposed step is for container isolation for tooling, whose purpose is to run a small monitoring helper without deploying a full network-function virtual machine. It would not perform the necessary application hosting placement operation: place the approved application in the platform-supported hosting environment.

The proposed step is for customer edge ACL anti-spoof, whose purpose is to permit only delegated customer source prefixes at a provider access boundary. It would not perform the necessary application hosting placement operation: place the approved application in the platform-supported hosting environment.

The proposed step is for DDoS control plane differentiation, whose purpose is to distinguish volumetric customer-traffic floods from attacks on the router control plane. It would not perform the necessary application hosting placement operation: place the approved application in the platform-supported hosting environment.

The observation would verify container isolation for tooling under the separate requirement to run a small monitoring helper without deploying a full network-function virtual machine. It does not demonstrate the needed application hosting placement result: the application receives specified telemetry while the forwarding plane remains healthy.

The observation would verify customer edge ACL anti-spoof under the separate requirement to permit only delegated customer source prefixes at a provider access boundary. It does not demonstrate the needed application hosting placement result: the application receives specified telemetry while the forwarding plane remains healthy.

The observation would verify DDoS control plane differentiation under the separate requirement to distinguish volumetric customer-traffic floods from attacks on the router control plane. It does not demonstrate the needed application hosting placement result: the application receives specified telemetry while the forwarding plane remains healthy.

This defect belongs to container isolation for tooling, where the affected outcome is to run a small monitoring helper without deploying a full network-function virtual machine. It is not the direct failure mode identified for the application hosting placement design in this case: the application has CPU allocated but no network or platform service access.

This defect belongs to customer edge ACL anti-spoof, where the affected outcome is to permit only delegated customer source prefixes at a provider access boundary. It is not the direct failure mode identified for the application hosting placement design in this case: the application has CPU allocated but no network or platform service access.

This defect belongs to DDoS control plane differentiation, where the affected outcome is to distinguish volumetric customer-traffic floods from attacks on the router control plane. It is not the direct failure mode identified for the application hosting placement design in this case: the application has CPU allocated but no network or platform service access.

This concern applies to container isolation for tooling in a different scenario where operators need to run a small monitoring helper without deploying a full network-function virtual machine. For the deployed application hosting placement approach, the relevant caution is instead that resource quotas protect router forwarding performance from hosted workloads.

This concern applies to customer edge ACL anti-spoof in a different scenario where operators need to permit only delegated customer source prefixes at a provider access boundary. For the deployed application hosting placement approach, the relevant caution is instead that resource quotas protect router forwarding performance from hosted workloads.

This concern applies to DDoS control plane differentiation in a different scenario where operators need to distinguish volumetric customer-traffic floods from attacks on the router control plane. For the deployed application hosting placement approach, the relevant caution is instead that resource quotas protect router forwarding performance from hosted workloads.