Client
Department Agrairan
Type
Government
Category
Web Application
The Agrarian Database Management System is a centralized digital platform designed to support national-level harvest forecasting by managing countrywide data on paddy fields, farmers, farmer organizations, irrigation details, and crop information. The system enables officers across different administrative levels to capture, maintain, review, and analyze field-level agricultural data, helping authorities generate accurate reports and make informed decisions on paddy production, harvest expectations, irrigation planning, and resource management. By consolidating fragmented agrarian records into a structured digital environment, the platform improves data visibility, reporting accuracy, and coordination across multiple levels of agricultural administration.
The system maintains detailed records of paddy fields, farmers, land information, cultivation details, and related agricultural data in a centralized platform.
Farmer organizations can be recorded and managed within the system, allowing relevant farmer and cultivation data to be grouped, monitored, and reported effectively.
The platform captures irrigation-related details connected to paddy cultivation, helping authorities understand water availability, irrigation coverage, and related agricultural planning requirements.
Crop details are maintained within the system to support cultivation tracking, seasonal planning, and harvest forecasting across different regions.
The system generates reports using field-level cultivation data, enabling management to forecast expected harvest volumes and monitor paddy production trends.
Role-based access is provided for users from field-level officers to higher-level management, ensuring that each user can access the functions and information relevant to their responsibilities.
Supervisory and management users can review submitted data, monitor regional progress, and access consolidated reports for decision-making.
By consolidating paddy field, farmer, irrigation, organization, and crop data into one platform, the system creates a single source of information for agricultural monitoring and planning.