IoT Soil Monitoring System
Get precise, real-time insights into your soil conditions with our advanced IoT sensors. Monitor moisture, nutrients, pH levels, and temperature to make data-driven decisions that boost yields and conserve resources.
Why Choose IoT Soil Monitoring?
Transform your farming practices with precise, actionable soil data
Maximize Crop Yields
Optimize growing conditions by understanding exactly what your soil needs. Real-time moisture and nutrient data helps you create the right environment for healthy plant growth.
Precision Water Management
Irrigate only when needed based on actual soil moisture levels at multiple depths. Eliminate overwatering and underwatering, and reduce water costs by applying water exactly when and where it is needed.
Reduce Input Costs
Apply fertilizers and amendments only where and when needed. Soil EC and nutrient monitoring prevents over-application, saving money and protecting the environment.
Prevent Crop Stress
Receive instant alerts when soil conditions threaten crop health. Catch drought stress, waterlogging, and pH imbalances before they damage your plants.
Complete Soil Intelligence
Our comprehensive monitoring system tracks all critical soil parameters for precision agriculture
Soil Moisture
Precise volumetric water content measurement at multiple depths (6", 12", 24") for optimal irrigation scheduling.
pH Levels
Track soil acidity levels to ensure optimal nutrient availability and root health for your crops.
EC & Salinity
Monitor electrical conductivity to assess soil salinity and nutrient concentration for precision fertilization.
Temperature
Soil temperature monitoring with the DS18B20 soil temperature sensor for germination timing, root activity assessment, and frost protection. Pair with the SHT30 air temperature and humidity sensor for a complete microclimate picture.
Designed for Every Growing Environment
Our soil monitoring solutions adapt to any agricultural operation
Vineyards & Orchards
Optimize irrigation for premium grape and fruit quality. Monitor root zone moisture to prevent water stress during critical growth stages.
Greenhouses
Precise substrate monitoring for container and hydroponic systems. Control moisture and EC levels for consistent high-value crop production.
Row Crops
Large-scale field monitoring for corn, soybeans, wheat, and vegetables. Variable rate irrigation based on zone-specific soil conditions.
Specialty Crops
Cannabis, berries, and high-value specialty crops with demanding soil requirements. Fine-tune growing conditions for maximum potency and yield.
From Soil to Smart Decisions
Three simple steps to transform your farm with intelligent soil monitoring
Deploy Soil Sensors
Strategic placement of weatherproof sensors at optimal depths throughout your fields for comprehensive soil monitoring coverage.
Continuous Data Stream
Real-time collection of moisture, temperature, pH, and EC parameters transmitted wirelessly at your chosen interval to our secure platform.
Intelligent Insights
AI-powered analytics provide actionable recommendations for irrigation scheduling, fertilizer application, and optimal planting decisions.
Technical Specifications
Professional-grade sensors built for agricultural environments
System Features
- Moisture: 0-100% with ±2% accuracy
- Temperature: -40°C to 80°C
- pH: 3.5-9.0 with ±0.2 precision
- Supports any other available sensors from our products catalog
- Wireless connectivity (cellular 4G, LoRaWAN-ready)
- 5+ year battery life
- IP67 weatherproof rating
Cloud Capabilities
- Real-time data monitoring and visualization
- Data export (CSV, Excel, PDF)
- RESTful API for system integration
- Real-time alerts and notifications (Email, SMS, Push)
- Smart analytics and predictive insights
- Historical data analysis and reporting
- Multi-user access with role management
Precision Agriculture Guides
In-depth resources to help you build and optimize your soil monitoring system
IoT Soil Monitoring System Guide
How to build a complete smart sensor network for precision agriculture - from choosing sensors to cloud platform setup.
Soil Sensors Explained
Moisture, EC, pH, nutrient monitoring, and salinity - how each sensor type works, which ones you need, and common mistakes to avoid.
Choosing an IoT Controller
A practical guide to selecting the right IoT controller for your farm - sensor ports, connectivity, power, and real-world decision framework.
Sensor Protocols Explained
SDI-12, Modbus RTU, RS-485, and analog - which protocol to use for your soil sensors and how to wire multi-sensor networks.
Comparing Platforms?
Clear, two-sided comparisons between Agrinovo and established soil sensor products: who should choose which, with sourced specifications.
Precision Agriculture
The full picture: measure, decide, and act automatically across the farm, from soil to fertigation.
EC Sensors for Agriculture
Continuous conductivity monitoring for fertigation, irrigation water, and hydroponics: the full range matched by use case.
Tensiometer Range
Compare the Irrometer SR, MLT, and LT tensiometers by root-zone depth and use case, and request a quote.
Tensiometers for Irrigation
How tensiometers work, how to read centibars, installation depth by crop, and when to choose tensiometers over other soil moisture sensors.
Granular Matrix Sensors Guide
How granular matrix sensors work, reading centibars, and when to choose them over tensiometers for soil moisture monitoring.
Ready to Optimize Your Soil?
Put IoT soil monitoring to work: increase yields, save water, and make smarter farming decisions.
Technical capabilities
The facts an integration plan needs. Full measurement range and accuracy specifications are on every product page and datasheet.
Sensor protocols
- RS-485 Modbus RTU
- SDI-12
- I2C
- Analog
- 1-Wire
Connectivity
- 4G LTE cellular (optional)
- Wi-Fi
- Bluetooth
Power and enclosure
- Solar powered
- Battery operated, deep-sleep cycle
- IP65 rated controllers
Data and integration
- Cloud dashboard with real-time alerts
- Configurable reporting intervals
- REST API access