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Toll Management System (TMS)
A Toll Management System is a comprehensive software and hardware solution used to manage the collection of tolls on highways, bridges, tunnels, and other roadways. This system integrates various components such as toll booths, electronic toll collection (ETC) systems, automated vehicle classification systems, and back-office software for transaction processing and account management. The main functions of a Toll Management System include collecting tolls from drivers using different payment methods, monitoring traffic flow and toll plaza operations, ensuring toll evasion prevention, and generating reports for revenue tracking and analysis. By implementing an efficient Toll Management System, transportation agencies concessionaires and highway authorities can improve toll collection accuracy, streamline operations, enhance customer service, and maximize revenue collection on toll roads and bridges.
RFID for ETC System
Through strategic partnerships with global industry leaders such as Zebra and MTI, Wizpro has been instrumental in delivering customized RFID technology solutions for the Electronic Toll Collection (ETC) program, a key initiative led by the Government of India.
Automatic Vehicle Counting & Classification (AVCC)
Wizpro AVCC operates on vehicle side profile recognition technology. High-resolution vehicle profiles are created using the Laser scanning system. These profiles are then analyzed by our advanced algorithm, leveraging AI & ML Systems, to extract essential vehicle attributes and categorize them into predefined vehicle classes accurately.
Toll Lane ANPR System
In the TMS, the Toll Lane ANPR feature is utilized to automatically update the vehicle's number plate in the TMS Software, eliminating the need for manual entry. Wizpro's ANPR technology is specifically engineered to handle the diverse number plate formats found in India. Our cutting-edge AI Algorithms excel in License Plate recognition, achieving a remarkable accuracy rate of over 98% for four-wheelers, proficiently capturing Standard, Non-Standard, and even handwritten plates, demonstrating unparalleled precision in plate recognition.
Electric Toll Collection with Zebra FX9600 Reader
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Our Electric Toll Collection solution leverages the advanced capabilities of the Zebra FX9600 reader to ensure fast, accurate, and efficient toll processing. The Zebra FX9600 is a state-of-the-art RFID reader known for its exceptional read performance, even in the most challenging environments. By integrating this technology, we provide a seamless toll collection experience that enhances traffic flow and reduces congestion at toll plazas.
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With support for Power over Ethernet, IP53 sealing, and up to eight RF ports, the FX9600 brings a new level of cost efficiency to passive UHF tag reading without compromising on performance.
Electric Toll Collection with MTI Antennas
Our Electric Toll Collection (ETC) system is designed to streamline toll plaza operations and enhance user convenience. At the heart of our ETC solution is the advanced Ultra High Frequency (UHF) technology, featuring MTI make antennas. Depending on the specific needs of the toll plaza, we deploy the following models:
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MT-242014: A robust 9dBi Circular antenna offering excellent performance with a frequency range of 865-870 MHz.
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MT-243017: Engineered for high-efficiency operations, this 11dBi Circular antenna features a frequency range of 865-870 MHz, providing enhanced coverage and reliability.
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MT-243009: Versatile and adaptable, this model operates within a frequency range of 865-870 MHz and offers a gain of 13dBi linear, suitable for various specialized requirements.
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MTI Antennas ensures fast, accurate, and seamless toll collection, reducing congestion and improving the overall experience for motorists. With our state-of-the-art UHF antennas, you can trust in the durability, precision, and effectiveness of our solutions.
Automatic Vehicle Counting & Classification (AVCC)
The AVCC system will be able to count and distinguish between predefined classes of vehicle. This information will be transmitted to the Lane Computer and simultaneously to the LSDU (Lane Status Display Unit) data system on completion of AVCC classification.


The AVC Processor analyzes the Pattern/ Profile of vehicle, as listed below, for the classification.
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Length of the vehicle,
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Maximum Height of the vehicle
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Height variance,
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Number of axles
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Axle Placement
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And certain other discrimination criteria.
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Post classification of vehicles to tally operator’s discretion as well to ensure the generation of complete side profile of longest vehicle going from a toll lane.
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Automatic Vehicle Classification is done by generating complete side profile of the vehicle using a Laser Profiler Sensor.
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The Classification is accomplished, based on vehicle profiling using pattern recognition algorithm.
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The AVC System comprises of following types of Sensors
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Inductive Loop Sensor
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Laser Profiler Sensor
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Based on the analysis of the above data AVC processor gives the vehicle’s Class as an output to the Lane Controller/ Server
Note: Please refer to the link in last slide for images formed by AVCC
Features of AVCC
ANPR (Automatic Number Plate Reader)
WIZPRO Video Analytics Solutions serve clients across multiple sectors, offering custom solutions tailored to their specific needs. Specializing in traffic enforcement, safety, and security, Wizpro's strength lies in providing personalized solutions to meet each client's requirements effectively. Our solution enhances video comprehension by utilizing advanced algorithms and machine learning techniques. We meticulously analyze videos at a granular level, deconstructing them into essential components and extracting crucial information.
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