It’s a Intelligent transport system that collects information from roadside equipment’s to ensure smooth traffic movement and timely reaction to hazardous situations. Traffic data is gathered, consolidated and analysed at a traffic control centre and relayed to drivers in real time through various channels such as mobile apps, variable message signs and radio.
The objective is to improve safety and response time to incidents using automatic incidence detection technology. It can also help in managing congestion by providing quick response to incidents and providing traffic information to highway users.
Ability to not only monitor but also track the lifecycle of the product
Brings about the standard operating procedure(SOP) for any incident by triggering all the support systems and tracking their outcome
Provides real time predicted traffic analysis to the road users based on an incident
The speed limit, and traffic flow or congestions
Diversions, road closures, or alternative routes
Hazardous situations, work ahead, in-coming traffic situation
The weather condition, the date, time, temperature
Availability of public transport
CCTV monitoring methods are used for surveillance of the road section. CCTV cameras with pan, tilt and zoom features, placed at a high level are perfect for highway surveillance, while vandal-proof dome cameras are best for high criminality locations. Multiple types of cameras can help record and display video with ability to schedule video recording or trigger recording inresponse to an incident.
Central control room uses the feeds of the traffic from CCTVs installed along particular sections of the highway. It unbales CCR to Integrate with Video Analytics Software for Incident Detection also.
ATCC detects, counts and classifies all traffic passing where it is installed. It measures the speed of vehicles and sends a report at interval time periods. Both the ATCC and LPR (License Plate Recognition) Systems can function simultaneously for the implementation or charging roadside levy or for monitoring highway occurrences.
An ATCC counts in real time the traffic flow. It is able to detect speed, queues, congestions, and classify vehicles. Information obtained is divulged through the VMS. It therefore provides assistance to drivers making them aware of traffic conditions, helping them make decisions to avoid hazards to their advantage. In principle, by respecting the speed limit, lots of highway accidents can be avoided.
Decrease road congestions
Increase visibility of incidents across a diverse set of traffic systems
(Ameliorate) Improve the response to incidents and road conditions
Historical data and pattern analysis on road incidents
Estimate the traffic situation, an hour in advance
Increase the visibility of transit vehicles, fleet services, etc
Estimate transit vehicles arrival times
Analyze the performance and traffic congestion of the transit system
HIGHWAY – Visibility sensors can improve highway safety by providing immediate and accurate knowledge of roadside weather and visibility conditions. It continuously monitors roadside visibility to assist drivers with safer and faster experience.
Metro Infrasys Metrological Data processing system has been a preferred choice over the years for its reliable operating and easy site installation that provides an accurate, low powered, standalone operation requiring no human intervention.
The police is no longer required to stand on the road and fine violators. The entire process of identifying and recording traffic violations can be carried out in the control room. An integrated network of cameras captures images and video of reckless vehicles, illegal parking, and accidents. The data (consisting of violation type and place/time of violation) is sent to the Control Center, and generates Challans (tickets) after fetching the required data from the Road Transport Office server.