Question 1 of 30
A global enterprise, \"Aether Dynamics,\" utilizes a FortiGate SD-WAN solution to connect its branch offices to various cloud services, including a mission-critical customer relationship management (CRM) platform. Recently, users at the Tokyo branch reported severe performance degradation for the CRM application, characterized by significant packet loss and elevated latency. Network diagnostics confirm that the primary WAN link for the Tokyo office, a dedicated MPLS circuit, is experiencing intermittent issues. The secondary broadband internet link is stable and performing within acceptable parameters. The SD-WAN policy is configured for application-aware routing, prioritizing the CRM application with specific SLA targets for latency and packet loss. Despite the secondary link\'s stability, the CRM traffic continues to be routed over the degraded MPLS circuit, causing ongoing user frustration. What is the most probable underlying cause for this persistent suboptimal traffic steering, and what adjustment is most likely to resolve the issue?
The dynamic path selection thresholds within the SD-WAN policy for the CRM application's SLA are not sensitive enough to the observed link degradation, preventing an automatic failover to the stable secondary WAN link.
The firewall policy governing the CRM application traffic is incorrectly configured, allowing traffic to bypass the SD-WAN's dynamic path selection logic.
The QoS (Quality of Service) markings for the CRM application traffic are absent, causing the SD-WAN to treat it as best-effort traffic and not prioritize it for path selection.
The health check probes for the primary WAN link are failing to accurately reflect its true performance status due to incorrect probe destination or frequency.

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