Continuous, reliable traffic data collection for permanent traffic studies.
Instantly visualize hourly volume trends or peak-hour factors for any date range.
Query the percentage of heavy vehicles or transit priority impact on specific routes.
Retrieve pedestrian and cyclist volumes at specific crosswalks for safety reporting.
Field-proven, state-of-the-art video analysis technology reliably and accurately collects traffic data in all weather conditions and regions. Operations, engineering, and planning teams can create ongoing studies for turning movement counts (TMCs), volumes (ATRs), clearance, speed and classification – to make the right decisions at the right times.
Get the complete picture of traffic every day at your intersections with data, by movement and direction, for:
• Cars
• Light and Heavy Trucks
• Busses
• Bicycles
• Pedestrians
From large scale planning to level-of-service studies, having access to the data when you need it can be challenging to collect. With 'always-on' data collection, you’ll have the counts you need at your fingertips.
• Algorithms are constantly learning to improve accuracy
• Simple set up means you can get started collecting valuable data right away
Leveraging the versatility of Miovision One's hardware platform, the Continuous Counts application enables better project planning and design with traffic studies that include:
• Turning Movement Counts (TMCs)
• Traffic Volume Trends
• Traffic Speed Trends
• Clearance Time Trends
Easily compare week-over-week, month-over-month, or seasonal traffic patterns with data that can be accessed and shared anytime, anywhere.
• Cloud-based software platform provides end-to-end, 24/7 visibility into intersections
• Sharing and API options enable collaboration between stakeholders and integration with other ITS systems
Die Videoerkennung muss nicht schwierig sein.
Ihr stressfreier Verkehrsassistent
Ein datengestützter Ansatz für Vision Zero
Der praktische Weg zu einem intelligenteren Verkehrsschrank
Verwandeln Sie jede Kreuzung in eine intelligente Kreuzung
Echtzeitdaten für umsetzbare Erkenntnisse