Systems and methods for managing anomalous conditions in a shared transport system

What is this patent about?

’668 is related to the field of ground transportation networks and, more specifically, to a dynamic system for matching individual transport demand with the excess capacity of private and commercial vehicles. The background context involves the inefficiency of single-occupancy vehicles and the limitations of fixed-route public transit, which often fails to solve the last-mile problem. The invention seeks to transform personal cars into a flexible extension of the mass transit grid by utilizing real-time location data and mobile communication.

The underlying idea behind ’668 is the creation of a trust-based, ad-hoc marketplace that uses continuous coordinated proximity monitoring to validate the integrity of a shared journey. By tracking the simultaneous movement of a rider’s mobile device and a driver’s navigation system, the system can verify that a specific transport service was actually delivered. This data-driven approach allows the system to identify deviations from planned routes or unexpected journey terminations, providing a layer of security and accountability that traditional carpooling lacks.

The claims of ’668 focus on a computer-implemented method and system for managing anomalous conditions during a shared transport event. The independent claims cover the process of receiving a transport request, initiating the journey via device synchronization, and utilizing the transport devices to detect irregularities. When the system identifies a deviation—such as a vehicle going off-course or a journey ending prematurely—it automatically triggers notifications to the user, the provider, or security personnel to mitigate potential safety risks.

In practice, the invention functions by monitoring the geographic convergence and divergence of the two parties. The system can confirm a pickup through near-field communications or GPS synchronization, ensuring the right rider is in the right car without requiring cumbersome manual check-ins. Throughout the trip, the system acts as a silent supervisor; if the driver’s path significantly diverges from the destination or if the rider’s device suddenly separates from the vehicle’s location, the system flags the event for immediate intervention.

This approach differs from prior solutions by moving beyond simple static matching to active, real-time journey management. While earlier systems focused on the logistics of finding a ride, this invention prioritizes security and verification through automated monitoring. By integrating a stochastic model to predict future capacity and a rating system that blacklists unreliable actors, the invention creates a self-correcting network that mimics the reliability of a scheduled bus or train while maintaining the flexibility of a private car.