UrbanLinkX integrates sensors and spatial data with advanced algorithms tailored for remote and autonomous flight, automating operational control and shifting the burden from human pilots to intelligent systems. This transition is expected to improve efficiency by over 170,000 times compared to traditional pilot operations.

The platform features a scheduling algorithm designed to maximize operator profitability while efficiently accommodating seasonal and peak-hour demands. It also significantly reduces the cost of key technologies currently on the market, such as LiDAR, battery storage, and sensing components.

UrbanLinkX includes dynamic flight plan regeneration to avoid collision risks caused by variable factors like UAM flight conditions and changing weather. It offers precise weather forecasting to mitigate in-flight turbulence and includes emergency response protocols for situations such as navigation loss, PSU network failure, unexpected ATC zone incursions, aircraft malfunctions, and forced landings.