Our Urban Mobility solutions employ an advanced Intelligent Transportation System (ITS) approach which combines data captured from new and existing camera and sensor infrastructure to deliver comprehensive visibility and enhanced control of traffic parameters. Utilizing historic and real-time traffic data, along with advanced analytics and Artificial Intelligence (AI), we then provide traffic managers, city planners, and other stakeholders with the diagnostic tools they need in order to make informed decisions related to:
● Congestion management and planning
● General, emergency and event-related traffic flows
● Incident notification and situation management
● Connected Parking
Connected Traffic Management
CCI Connected Parking Solutions inform citizens when parking spots are occupied or available and create a real-time parking map. When the nearest parking spot becomes free, drivers receive a notification and use the app to find a parking spot faster resulting in reduced congestion and emissions from idling vehicles.
In addition, the system can be integrated with parking enforcement apps used to notify parking authority personnel of violations and assist with fine management and collection.
The data collected from this application can then be used to analyze and compare a variety of parking parameters, including usage and vacancy patterns, against other event or retail data sets, thereby enabling community leaders to make informed decisions and long-term plans that improve the quality of life for residents and visitors.
The data captured from IoT sensors can help to reveal patterns of how citizens use transport. Public transportation operators can then use this data to enhance traveling experience, achieve a higher level of safety and punctuality, and carry out a more sophisticated analysis of smart public transport solutions such as ticket sales and traffic information.
In London, for example, some train operators predict the loading of train passenger cars on their trips in and out of the city. They combine the data from ticket sales, movement sensors, and CCTV cameras installed along the platform.
Analyzing this data, these train operators can then predict how each car will load up with passengers. When a train comes into a station, train operators encourage passengers to spread along the train to maximize the loading and minimize delays.
The solution neatly integrates traffic signal control, checkpoints, gathering traffic flow data, and traffic direction systems. The use of scientific, information-based smart transportation management is vital in improving urban road transportation. The solution helps in monitoring, tracking and scheduling of services, combining voice, data and video.
The solution provides the following features:
● Citizens can view the complete information of bus schedules: Timings, delays, routes
● There are surveillance cameras installed in the buses for administrators to monitor the same
● The buses are connected with smart Wi-Fi, which helps in tracking them anytime
● There is a panic button installed in all the buses, which when pressed in case of any emergency, will send an alert to the control room immediately with the location of the bus