A training programme on the Integrated Road Accident Database (iRAD) app was conducted at the police commissioner's office in Sector 4, Panchkula, on Sunday. This initiative aims to enhance road safety and strengthen accident investigations.
About the iRAD App
Developed by the Ministry of Road Transport and Highways in collaboration with the National Informatics Centre (NIC), iRAD is a digital platform designed to identify the causes of road accidents and reduce fatalities through data-driven analysis. Project manager Ashish Gurung briefed police personnel on the app's features and functioning during the session.
Key Features and Benefits
The application can be used on mobile phones and computers, enabling police to upload accident details — including location, time, cause, and information about victims — directly from the spot. This system is expected to speed up FIR registration and improve investigation efficiency. Additionally, the platform will help identify accident-prone stretches, allowing authorities to take corrective steps such as better traffic management and installation of safety signage.
Training Details
Personnel were trained in data entry, technical operations, and reporting modules during the session. DCP (Crime & Traffic) Amrinder Singh emphasized that accurate data collection is critical for understanding accident patterns and taking timely preventive measures. He added that the app will make investigations more transparent while helping identify vulnerable zones.
iRAD App Key Features
- Real-time entry: Accident details fed on the spot via mobile/computer
- Comprehensive data: Captures location, time, cause, victims' details
- Faster probes: Speeds up FIR registration and investigation
- Black spot mapping: Identifies accident-prone stretches
- Data-driven action: Aids traffic planning, safety measures
- Wider rollout: Used by police for transparent, efficient reporting
The training marks a significant step toward leveraging technology for road safety in Panchkula, with the iRAD app expected to play a crucial role in reducing accidents and improving response mechanisms.
