Spatial Geo-fencing
Intelligent pilot clusters define operational zones, managing passenger stop aggregation and route tracking boundaries dynamically.
Zvese° uses a live transport status system that connects drivers and passengers through real-time signals and demand intent.
Passenger opens the web app or dashboard to view live signals near their location or along their route.
Passenger inputs pickup location, destination direction, passenger count, and confirms travel intent.
Zvese° adds the passenger to the driver's signal queue, showing their position and matches.
Passenger boards the vehicle and the driver updates status to "IN TRIP".
Driver opens their app, inputs current location, destination direction, and available seat capacity, then starts the signal.
Driver watches passengers join their queue and views nearby competing drivers.
Once seats are filled (FULL) or they depart (IN TRIP), the driver updates status.
Once at destination, driver ends the trip. The signal is archived, and they can go LIVE again.
Interact with our mock interface to see how coordinates and capacity sync in real-time.
Intelligent pilot clusters define operational zones, managing passenger stop aggregation and route tracking boundaries dynamically.
10-second sync polling engine coordinates driver location vectors and seating capacities directly with commuter demand indexes.
Comprehensive operator audits, driver background checks, and vehicle license verifications build a trusted community network.
Predictive passenger pooling balances fleet availability with transport congestion, reducing commuter wait times by 40%.