CORE FEATURES
AI Algorithm to provide weather insights at any given location/point with various impact parameters
Continuous observation of extreme events with respect to its impact zone, and population impacted
Drone and satellite based monitoring to assess various losses and plan enumerations
Unified planning and operations with last mile visibility enhancing faster communication
Point information based on GPS, field validation and geo-tagging enabling mobile workflow for productivity
Enabling the sharing of information, coordination of activities and processes unifying stakeholders
"The solution optimized emergency mangement with its early warning system and risk advisories. Along With Vassar labs, we aim at sustainable developments keeping climate change at the forefront ensuring welfare of the society."
- Principal Secretary (Department of Disaster Management)
Components of DIMS
AI algorithms provide weather insights, monitor patterns and predict weather events at point level. The platform can integrate with radar data to track changes within the radar radius and notify authorities for impact of any upcoming disaster, enabling a continuous decision support system and advisories for various risks.
Estimates the current state of the atmosphere giving an indication of future weather events. Probabilities regarding the types of weather events that might occur given the unavoidable degree of uncertainty in the ecosystem.
A system that provides periodical weather information given the small changes in the atmosphere over a very short period of time. With rapid updation, high resolution observations of thunderstorms, cyclones, hail, heavy precipitation and severe wind is continually monitored during high-impact weather via frequently updated integrated displays.
A predicting model that estimates the magnitude, timing and duration of flooding based on known characteristics integrated inundation mapping based on flow forecast, drain capacity and digital elevation model. With artificial intelligence, real time forecasting is presented catering to early warnings and disaster prevention.
Integrates all cyclone information at one place with impact data, along with monitoring of cloud temperature and movements with remote sensing giving warnings pertaining to any approach of the same. Provides advisories for risks enabling a decision support system for that last mile visibility.
Drone based assessment of damage after extreme events, enumerating the drone based data. Satellite based imagery gives access to the affected area saving time empowering fast control measures to recover the ecosystem.
Predicts onset of water stress both at villages and urban areas estimating water requirements over the next 2-4 weeks and water availability in the reservoir as well as other demands to manage stress.
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