Gurugram to Pilot Flood Management System with IIT Gandhinagar
In a significant move towards enhancing urban flood management, the Municipal Corporation of Gurugram (MCG) has partnered with the Indian Institute of Technology (IIT) Gandhinagar to initiate a pilot phase of the ‘Rain-to-Resilience’ system. This innovative project aims to improve flood prediction and urban drainage planning, particularly during the monsoon season.
Overview of the Project
The project, spearheaded by the Airawat Research Foundation, is designed to create an integrated technological framework that facilitates advanced flood forecasting, real-time monitoring, and data-driven decision-making. The primary goal is to mitigate waterlogging issues that often plague Gurugram during heavy rains.
Key Features of the Initiative
- Advanced Flood Forecasting: The system will utilize scientific modeling to predict flood events ahead of time.
- Real-time Monitoring: Continuous data collection will allow for immediate responses to changing weather conditions.
- Data-driven Decision Making: Authorities will have access to critical information that aids in effective management of urban drainage.
Implementation Timeline
MCG Commissioner Praveen Dahiya announced that the first phase of the project is scheduled for implementation within a year. The Machine Intelligence and Resilience (MIR) Lab at IIT Gandhinagar will lead this phase, focusing on scientific modeling, system design, and technical validation.
Operational Interfaces and Technology
AirSQU ClimSol Pvt. Ltd., a startup incubated at IIT Gandhinagar, will be responsible for developing operational interfaces, which include:
- 3D visualization tools
- Dashboards to support field-level decision-making
Smart Flood Sensors
As part of the initiative, Made-in-India flood-depth and drainage-health sensors will be installed at various waterlogging-prone locations throughout Gurugram. These sensors will:
- Measure water levels
- Assess the functional condition of drainage networks
- Capture data on drainage capacity, silt accumulation, and blockages
Real-time data collected from these sensors will be integrated with platforms such as Aqua Twin and Rain-to-Flood, enabling authorities to anticipate flood situations effectively.
Data Security and Compliance
All sensor data will be securely stored on encrypted servers located within India, ensuring compliance with the Digital Personal Data Protection Act, 2023, and government data localization requirements. Officials have confirmed that no foreign cloud or external servers will be utilized in this project.
Financial Aspects
In the first year, the software platforms will be provided to the civic body without any licensing fees. However, the MCG will need to procure the sensor hardware, which is estimated to cost approximately ₹20 lakh. The municipal corporation will manage all equipment, while technical maintenance will be overseen by IIT Gandhinagar.
Future Prospects
If the pilot project proves successful, the second phase will involve a citywide deployment of the system, operating 24/7 and offering advanced modeling services under a Software-as-a-Service (SaaS) model. This phase is projected to have an estimated annual cost of around ₹30 lakh.
Conclusion
Officials have characterized the initiative as a “Made in India, designed for Gurugram” solution. The project aims to transition the city from conventional drainage practices to a smarter, data-driven, and resilient urban flood management model. This innovative approach could significantly enhance the city’s preparedness for monsoon-related challenges.
Note: The information in this article is based on reports published as of January 31, 2026. For the latest updates, refer to local news sources.
