Consensus-Aware Routing Algorithm

The core intelligence of AIRouter lies in its routing mechanism. Unlike static or hub-and-spoke models used in traditional networks, AIRouter employs a consensus-aware, adaptive routing algorithm. This system continuously evaluates the health, availability, and reliability of nodes across the mesh to determine the most efficient path for data delivery.

The routing algorithm accounts for multiple performance indicators, including real-time node availability, historical reliability, latency trends, bandwidth capacity, and reputation scores. Nodes with higher performance are more likely to be selected, while those underperforming are temporarily deprioritized. This ensures that data moves through the healthiest possible route without human intervention, resulting in low-latency and high-reliability performance.

This intelligent routing also introduces fault tolerance. If a node fails during transmission, the network can quickly reroute data through an alternate path, maintaining continuity and uptime even in unpredictable conditions.