Integrated Irrigation and Agriculture Plan Portal

Generate instantaneous crop plans tailored to farmer preferences, field layouts, and soil characteristics to optimize water-use efficiency.
Advanced hydrologic decision-support platform leveraging historical daily precipitation time-series, spatial curve number distributions, and dynamic reservoir routing equations.

Server Registry Engine

Connected

Listening smoothly on customized port 3306
Minor Irrigation Projects

539

Active MIP catalog entries loaded
Beneficiary Farmers Added

24

Active Beneficiary details loaded
Historical Meteorological Logs

3,156,753

26-year structured data entries

Engineering Execution Modules

SCS-CN Runoff Assessment

Execute the interactive hydrologic simulation engine. The module processes historical block-level daily rainfall time series for generating rainfall distributions, maps shifting soil moisture using 5-day sliding AMC thresholds, and performs rigorous daily reservoir mass-balance workflows to assess project reliability.

Data Matrix Upload Engine

Powered by a 26-year historical database of daily block-level rainfall records (1999–2025). Utilizes high-speed, in-memory transactions to process metadata matrices and calculate error-free Dependable Rainfall probabilities.

Core Management with Agri-Economy

Integrates real-time farmer preferences with crop economics module to maximize water-use efficiency. Features an instant Crop-Planning engine driven by advanced agricultural inputs standards by combining field input data, localized crop calendars, geographical evapotranspiration dynamics, and groundwater availability to model optimal, project-specific crop plans for every season.

Water Productivity Analysis

Core bottom visualisation to generate the "Water Productivity Index" integrating the management of crop-preferences, water demand, crop-planning picture, suggesting input-requirement with water-availability from multiple sources.