Government authorities have the responsibility to enforce measures that protect drivers, pedestrians and support efficient transport networks.
As part of these responsibilities they require ANPR technological support in identifying drivers that jeopardise safety and cause obstructions to transport pathways. These enforcement measures have been specifically identified for Bus Lane infringements, Red Light violations and Box Junction infringements.
These key areas of transport networks are often misused by drivers which often increases the likelihood of accidents and jeopardises the safety of other drivers and pedestrians alike. To reduce infringements and to identify culprits many government authorities are using leading ANPR cameras such as the MAV IQ and IQX ranges to support systems designed to reduce such incidents. The accuracy and functionality of MAV’s ANPR cameras enables the effective enforcement of these necessary measures providing safer routes for millions of vehicles each day.
Split data options to compliment parallel systems
Simple integration with existing systems and periphery device inclusion
Internal storage of over 1,000,000 reads
High performance, accuracy and quality
Optional internal modem
Multiple communication channels
Easy set-up using truEZoom® technology
Optional co-processing for vehicle classification
The wide range of ANPR cameras that are available for a multitude of civil enforcement applications are designed to offer the necessary flexibility and performance required to develop systems in line with unique partner and project objectives
CIVIL ENFORCEMENTANPR IN USE
Supporting a wide range of sectors for many years
MAV have been supporting a wide range of sectors for many years and are able to meet the needs of varying solutions through the provision of bespoke products. Being able to seamlessly fit into existing systems or provide a full solution from the start, has led to a provision of ANPR technology across multiple sectors throughout the world.
Smart cities are not just our future but a very much the present. As such, MAV support governments throughout the world with the provision of superior Intelligent ANPR cameras that are re-defining traffic management. The concept of smart cities is to provide real-time information to transport departments and commuters which enables the reduction of traffic delays and reduces risks to the thousands of commuters on the roads and other forms of transport every day. ANPR cameras are integral to the success of these traffic management systems and, as with everything, the highest quality camera is needed to provide the highest quality results. This is why MAV’s range of Intelligent ANPR Cameras have been chosen over the leading competitors in many countries; quality counts for everything.Learn more
Efficient Parking Management relies upon the seamless integration of superior ANPR technology to ensure the highest performance, accuracy and functionality. The IQ and IQX high specification intelligent ANPR camera ranges provide all parking management users with these benefits as standard but offer further flexibility, reliability and productivity through the combination of specialist experience, quality control and continual product evaluation and advancement.Learn more
MAV systems have been supporting Police Forces worldwide in the use of ANPR technology for more than 15 years. Such longevity has only been possible because of our unique understanding of Police requirements as well as the delivery of superior ANPR cameras that offer excellence in quality, performance, functionality, accuracy and flexibility.Learn more
Government authorities have the responsibility to enforce measures that protect drivers, pedestrians and support efficient transport networks. As part of these responsibilities they require ANPR technological support in identifying drivers that jeopardise safety and cause obstructions to transport pathways. These enforcement measures have been specifically identified for Bus Lane infringements, Red Light violations and Box Junction infringements.Learn more