Which of the following types of geo-clustering should a cloud service provider implement in case a tenant requires that response time decreases if operations are moved closer to the cloud service…

Dynamic proximity adjusts routing in real time based on current latency or load measurements rather than fixed rules, so it does not guarantee consistent routing to the primary site's geographic location.

Round robin distributes requests evenly across all cluster nodes in sequence regardless of geographic proximity, which does not favor the primary site or reduce latency based on location.

Throughput-based clustering routes traffic according to available bandwidth capacity, not geographic proximity or response time, so it does not address the latency requirement.

Static proximity geo-clustering assigns traffic routing based on preconfigured, unchanging geographic proximity rules that direct client requests to the nearest defined location - in this case the primary site - ensuring predictably low response times without real-time recalculation, which directly satisfies the tenant's requirement for proximity-based latency reduction.