Doktar App

Doktar App is a digital agriculture platform designed for farmers, agronomists, agricultural enterprises, and sustainability teams. It brings Doktar’s digital services together in a single application, helping users adopt smarter, more precise, and more sustainable farming practices.

By combining connected IoT devices, satellite imagery, soil data, and artificial intelligence, Doktar App provides agronomic insights, crop monitoring, risk alerts, and input optimization tools. These capabilities help users make informed decisions, reduce unnecessary input use, improve yield potential, and support regenerative and sustainable agriculture.

GET SUPPORT FROM DOKTAR AI

Ask agriculture-related questions and receive fast, data-driven guidance from Doktar AI. Supported by advanced agronomic knowledge, Doktar AI provides detailed and actionable recommendations across a wide range of agricultural topics.

Users can also upload crop or field images for AI-powered analysis. Doktar AI evaluates visible conditions in the image and provides agronomy-focused insights to help identify potential symptoms and determine appropriate next steps.

Doktar App also integrates IoT-powered pest traps with AI-based pest monitoring. The system tracks changes in pest populations, identifies sudden increases, and supports more targeted pest management. Timely alerts help users intervene when needed while reducing unnecessary pesticide applications.

CHECK CROP HEALTH DAILY

Monitor crop development, vegetation health, and moisture conditions remotely using satellite imagery and NDVI-based field monitoring. Identify potential stress areas early, compare different parts of the field, and prioritize areas that may require closer inspection.

These crop monitoring insights help users make timely and informed crop management decisions throughout the season.

MAKE BETTER IRRIGATION DECISIONS

Monitor soil moisture across multiple depths with connected FieldStation devices and understand when irrigation may be needed and how much water should be applied. These insights support more efficient use of water and energy while improving irrigation management.

Irrigation Optimization provides detailed soil moisture information for each sensor depth, visualizes crop moisture risk zones, and allows users to compare precipitation with soil moisture trends. Irrigation events can also be evaluated alongside FlowMeter measurements to understand their impact on field conditions.

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