At a logistics hub, tests to the warehouse application stay stable across the WAN, and the loss appears only on the segment inside the data center. What should the analyst conclude?
Select an answer to reveal the explanation.
Short Explanation
Blaming the highway for a flat tire in your own garage sends the tow truck to the wrong place. You stop chasing the WAN provider when the path across the WAN is stable and the loss sits inside the data center. The browser, DNS, and the wireless network aren't where this loss showed up.
Full Explanation
The tests stay stable across the WAN and the loss appears on the segment inside the data center, so the analyst should treat that inside segment as the fault and stop chasing the WAN provider. Provider work is the right next step when the loss sits on the provider portion of the path, and that is not what these tests show. A browser waterfall would explain a slow page when the path is clean end to end, and here there is loss on a data-center segment, so the page is not the finding. Blaming DNS only would fit a name that fails to resolve while an address path is fine, and segment loss is not a resolver symptom. A wireless ticket would fit loss on a local radio, and a segment inside the data center is not that radio. Each of those three stories ignores the hop range that actually shows the drops. Exam caveat: keep a provider chase for loss on the provider's hop, and leave it when the WAN portion is the stable part of the picture. Operational check: compare loss by hop, confirm the WAN hops are clean, and confirm the data-center segment is the one that drops.