IoT sensor network
Sensors in the field continuously measure temperature, soil moisture and other values and transmit the data, with no need for on-site checks.
Case Studies / IoT & Custom Software
CASE STUDY
Smart Agriculture: Real-Time Field Monitoring with IoT Sensors
How we connected sensors installed in the fields to a web application that shows temperature, soil moisture and other readings, helping growers decide when and how much to water and keep their crops healthy.
IoTWeb AppAgritech
IoT Sensors
Readings straight from the field
Real-Time Data
Temperature, soil moisture and more
Smarter Irrigation
Decisions based on measurements, not guesswork
Crop Health
An early view of every field's condition
The Challenge
Field decisions without reliable data
Decisions about irrigation and crop care relied mostly on experience and on-site checks. Without a continuous view of temperature and soil moisture, it was hard to know exactly when a field needed water — risking over- or under-watering, and crop health issues that were spotted too late.
Our Approach
Sensors in the field, all the data in one web app
infoteam designed an IoT solution in which sensors installed in the fields continuously record temperature, soil moisture and other environmental values and send them to the system. A web application collects the readings and presents them clearly, so growers can see the condition of every field at a glance and make decisions based on real data.
Key implementation highlights
Web application
A modern web application brings every reading together in one place, accessible from any device.
Clear data visualization
Each field's values are shown clearly, so growers can immediately spot where action is needed.
Decision support
The data helps plan irrigation properly and take care of crop health in time.
From guesswork to data-driven decisions
Growers now have a continuous view of their fields' condition and can water and care for their crops at the right time.
What changes for the grower
A single app that shows what is happening in every field, whenever it's needed.
- Irrigation based on actual soil moisture
- Fewer trips just to check conditions
- Early response to conditions that threaten crop health