01
Fertilizer Applied
Urea/DAP are initially in bound forms and are not directly root-available.
Science + App Deep Dive
How DigiSoil Works: From Soil Science to Field Advisory
This page explains how active-ion sensing, regional calibration, mobile modules, and offline workflows combine to drive practical farm decisions.
1) Regional Calibration Science
Separate references are used for sandy, loamy, and clay soils. Device readings are mapped to local lab benchmarks so recommendations match real regional soil behavior.
Sandy
Fast-drain profile
Loamy
Balanced retention
Clay
High binding tendency
2) Fertilizer to Active Ions: Why It Matters
02
Microbial Conversion
Soil microbes convert nutrients through ammonium/nitrite/nitrate pathways.
03
Active-Ion Sensing
DigiSoil measures what the plant can absorb now, enabling sharper fertilizer decisions.
3) How Our App Works
The app is built for service providers, advisors, and input dealers. Profiles, scans, reports, and recommendations run in one practical flow.
Step A: Dashboard and Farmer Management
Farmer directory, field history, and device status in one place to keep day-to-day service operations organized.
Step B: Scan and Advisory Outputs
Crop-stage wise NPK trends and dose guidance, supporting input savings and better season consistency.
Offline Reliability
In low-connectivity regions, scans and decision support continue uninterrupted. Data can sync later, so field work does not stop.
See a Live Science Walkthrough for Your Region
Our team demonstrates the full flow with your local soil profile and crop context.