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Smart transportation IoT applications in India involve the use of Internet of Things technology and solutions to improve the efficiency, safety, convenience, and sustainability of India’s transportation networks. Commuters, drivers, operators, authorities, and regulators may all profit from IoT applications in smart transportation.

Some of the examples of IoT applications in India for smart transportation are:

• Smart traffic management: IoT solutions for urban traffic management increase safety and traffic flow, allowing communities to get the most out of their infrastructure investments. For example, the city of Bangalore has installed a smart traffic light system that optimizes signal timing based on real-time traffic data using artificial intelligence and IoT sensors. The method has decreased travel time by 30% and fuel usage by 20%.
• Smart parking: Smart parking IoT applications let drivers identify and book parking places quickly and effortlessly. Parkwheels, for example, has created a smart parking system that employs RFID tags and IoT devices to automate car entrances and leaves in parking lots. Through a mobile app, the system also delivers real-time parking availability and information to drivers.
• Smart vehicles: IoT applications for smart automobiles improve vehicle performance, safety, and comfort by utilizing a variety of sensors, devices, and communication technologies. Revolt Motors, for example, has released India’s first AI-enabled electric motorbike, which utilizes IoT to monitor the bike’s battery status, speed, range, and locations. The bike also has a voice-controlled smart helmet that can manage the bike’s operations as well as access navigation and music services.
• Intelligent logistics: By utilizing real-time data and analytics, IoT systems for smart logistics increase the efficiency and dependability of freight transportation. LocoNav, for example, has created a fleet management platform that employs GPS trackers and IoT devices to track and analyze vehicle position, speed, fuel usage, and driving behavior. The software also gives fleet owners and managers warnings and data to help them improve their operations and expenses.
• Smart railways: IoT applications for smart railroads increase the quality and safety of train services by utilizing numerous sensors, equipment, and systems. For example, the Indian Railways has implemented a train collision avoidance system (TCAS) that employs radio frequency identification (RFID) tags and IoT devices to prevent train accidents caused by human error or signal failure. The system also delivers real-time information to train drivers and controllers on train movements, speed, and status.

The smart traffic light system in Bangalore is a project undertaken by the Bengaluru traffic police department to increase the efficiency, safety, convenience, and sustainability of the city’s traffic administration.

The project entails modernizing and synchronizing 184 existing traffic lights as well as installing 32 new ones using adaptive traffic control system (ATCS) technology. ATCS is a system that employs artificial intelligence and IoT sensors to improve signal timing based on real-time traffic data. The system may also be integrated with emergency vehicles, public buses, and bicycles to give them precedence and increase their mobility. The project is expected to cost Rs 37.26 crore and be finished in a year.

The smart traffic signal system in Bangalore is expected to bring various benefits for the city and its residents, such as:

• The travel time is reduced by 30%, and fuel consumption is reduced by 20%.
• Road safety is enhanced by preventing accidents due to human errors or signal failures.
• Air quality is improved by reducing emissions from idling vehicles.
• Public satisfaction is increased by providing real-time information and guidance on traffic conditions and parking availability.

The smart traffic light system in Bangalore is a project undertaken by the Bengaluru traffic police department to increase the efficiency, safety, convenience, and sustainability of the city’s traffic administration.

The project entails modernizing and synchronizing 184 existing traffic lights as well as installing 32 new ones using adaptive traffic control system (ATCS) technology. ATCS is a system that employs artificial intelligence and IoT sensors to improve signal timing based on real-time traffic data. The system may also be integrated with emergency vehicles, public buses, and bicycles to give them precedence and increase their mobility. The project is expected to cost Rs 37.26 crore and be finished in a year.

Sources:- conurets, Microsoft Azure, truckguru, IoT Dunia, Digi International, IoT based transportation system, starlink, Indianexpress, Bangalore Mirror, The times of India, The Hindu