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This corresponds to a different condition: An accounting SaaS policy uses an SD-WAN application group but the traffic is classified as a different application and never hits the SLA rule. Competing correction: Correct the application identification/group and rule scope using observed traffic, then attach the appropriate Path Quality profile.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The discriminating evidence is: Review real-time link measurements and profile threshold breaches for the voice application's policy.

This corresponds to a different condition: A business routes nightly database replication over metered broadband although a nonmetered circuit is available. Alternative verification: Replication uses the intended economical circuit while verified failover remains available.

This corresponds to a different condition: An accounting SaaS policy uses an SD-WAN application group but the traffic is classified as a different application and never hits the SLA rule. The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance.

Force every session across both circuits equally without regard to usage cost. This is the shortcut under scrutiny. In this case it fails because: Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance. A safe correction instead is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails. Verify using: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

This corresponds to a different condition: An accounting SaaS policy uses an SD-WAN application group but the traffic is classified as a different application and never hits the SLA rule. The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails.

This corresponds to a different condition: An accounting SaaS policy uses an SD-WAN application group but the traffic is classified as a different application and never hits the SLA rule. The discriminating evidence is: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The discriminating evidence is: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The discriminating evidence is: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails.

The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance.

This is a controlled and useful step for the described condition, not the unsafe shortcut. The shortcut to reject is: Force every session across both circuits equally without regard to usage cost.

This is a controlled and useful step for the described condition, not the unsafe shortcut. Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance.

This is a controlled and useful step for the described condition, not the unsafe shortcut. Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails.

Inspect observed App-ID, SD-WAN rule hits, path-quality profile and chosen link for the SaaS session. Correct: Correct the application identification/group and rule scope using observed traffic, then attach the appropriate Path Quality profile. Verify: The legitimate SaaS session is recognized by the rule and moves to a qualified path during a controlled degradation. This corresponds to a different condition: An accounting SaaS policy uses an SD-WAN application group but the traffic is classified as a different application and never hits the SLA rule. The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance. The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails. The discriminating evidence is: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

Check actual loss metrics, available secondary path bandwidth and policy profile selection. Correct: Use a licensed, supported Packet Duplication or Error Correction profile narrowly on the critical SD-WAN policy after capacity analysis. Verify: Controlled packet-loss tests improve the intended workflow without saturating other links. This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance. The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails. The discriminating evidence is: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

Inspect qualified link list, interface status, profile thresholds and SD-WAN policy selection. Correct: Review link health and distribution membership so only qualified active paths remain eligible for the matching SD-WAN rule. Verify: New sessions use healthy preferred transport after a simulated link failure. This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The current report has a distinct control gap; Traffic distribution profiles express path preferences per matching application or service instead of indiscriminate balance. The directly relevant correction here is: Define a traffic distribution preference for replication with a safe fallback when the preferred circuit fails. The discriminating evidence is: Check replication's App-ID/service match, selected SD-WAN path and traffic-distribution profile.

Lower all SLA thresholds globally without checking why the accounting flow fails to match. This is the shortcut under scrutiny. In this case it fails because: SD-WAN SLA controls cannot steer flows that do not match the intended application or service criteria. A safe correction instead is: Correct the application identification/group and rule scope using observed traffic, then attach the appropriate Path Quality profile. Verify using: Inspect observed App-ID, SD-WAN rule hits, path-quality profile and chosen link for the SaaS session.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The current report has a distinct control gap; SD-WAN SLA controls cannot steer flows that do not match the intended application or service criteria.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The current report has a distinct control gap; SD-WAN SLA controls cannot steer flows that do not match the intended application or service criteria.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The directly relevant correction here is: Correct the application identification/group and rule scope using observed traffic, then attach the appropriate Path Quality profile.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The directly relevant correction here is: Correct the application identification/group and rule scope using observed traffic, then attach the appropriate Path Quality profile.

This corresponds to a different condition: An application-based SD-WAN policy only exists in the central shared folder and a branch-specific destination restriction is absent. The current report has a distinct control gap; SD-WAN SLA controls cannot steer flows that do not match the intended application or service criteria.

This corresponds to a different condition: An application-based SD-WAN policy only exists in the central shared folder and a branch-specific destination restriction is absent. The directly relevant correction here is: Correct the application identification/group and rule scope using observed traffic, then attach the appropriate Path Quality profile.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. The discriminating evidence is: Inspect observed App-ID, SD-WAN rule hits, path-quality profile and chosen link for the SaaS session.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. The discriminating evidence is: Inspect observed App-ID, SD-WAN rule hits, path-quality profile and chosen link for the SaaS session.

This corresponds to a different condition: An application-based SD-WAN policy only exists in the central shared folder and a branch-specific destination restriction is absent. The discriminating evidence is: Inspect observed App-ID, SD-WAN rule hits, path-quality profile and chosen link for the SaaS session.

This corresponds to a different condition: A WAN team defines an SLA profile with acceptable latency but keeps a traffic distribution setting that selects a failed circuit. Competing correction: Review link health and distribution membership so only qualified active paths remain eligible for the matching SD-WAN rule.

This corresponds to a different condition: A branch sees one noisy link with moderate loss and wants SD-WAN packet duplication for only a critical workflow. Alternative verification: Controlled packet-loss tests improve the intended workflow without saturating other links.