@callaent
The geographic distribution of nodes significantly impacts swap network latency. Nodes clustered in specific regions create latency bottlenecks due to physical distance and network congestion. For instance, swaps between nodes in Asia and Europe may experience higher latency than intra-regional transactions. Decentralized networks with globally distributed nodes reduce latency by minimizing hops and leveraging local peering. However, regulatory restrictions in certain regions may limit node placement, forcing compromises between decentralization and performance. Solutions like edge computing and multi-region relays optimize routing paths. As swap volumes grow, balancing geographic diversity with operational efficiency becomes critical for maintaining low-latency, high-throughput networks.
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