Vehicle Detection
Radar detects a vehicle entering the configured multi-lane tolling zone.
A barrierless tolling approach that allows vehicles to move through toll zones at highway speeds—without conventional stop-and-pay booths, lane changes or physical barriers.
Detection, identification and transaction technologies work together while vehicles continue moving through the tolling zone at highway speed.
Radar detects a vehicle entering the configured multi-lane tolling zone.
The RFID reader captures the vehicle’s FASTag information while it remains in motion.
The ANPR camera captures the vehicle registration plate for identification and verification.
Illustrative Processing Interface
The system matches captured vehicle, classification and FASTag information within the transaction workflow.
The applicable toll transaction is processed through the configured FASTag workflow.
Transaction confirmation can be communicated through configured digital channels.
Multi-Lane Free Flow removes conventional stopping points from the tolling journey, supporting smoother traffic movement and more efficient highway operations.
Vehicles continue through the tolling zone without stopping at physical booths or barriers.
Reduced stopping, idling and acceleration can support lower fuel usage and vehicle emissions.
Automated transactions and barrierless infrastructure support more efficient tolling workflows.
Radar, RFID and ANPR technologies support vehicle detection and identification while traffic remains in motion.
FASTag-based workflows support automated toll processing without conventional cash collection.
Vehicles move through the tolling zone without stopping at conventional booths or physical barriers.
Reduced stopping, idling and repeated acceleration can support lower fuel usage and vehicle emissions.
Automated identification and cashless tolling support more efficient transaction and infrastructure workflows.
Explore a barrierless tolling ecosystem that connects vehicle detection, FASTag identification, ANPR recognition, transaction processing and centralized operational visibility.