Latency and Geographic Barriers

Global applications that serve users across continents often experience latency due to the physical distance data must travel through centralized systems. Centralized backbones do not always optimize for path efficiency, leading to delays that can negatively impact real-time services like multiplayer games, financial trading platforms, or IoT systems.

Traditional internet routing follows fixed infrastructure and predetermined routes that are not always ideal. Data may be forced to pass through a few major data centers even when shorter paths exist. For time-sensitive use cases, these added milliseconds can cause real performance issues.

With AIRouter, proximity-based routing ensures that data takes the shortest and most efficient path through the decentralized mesh. The system dynamically adapts to current network conditions and latency measurements. This reduces round-trip time, improves user experience, and makes the network more suitable for high-performance applications.