Measure What Matters — Then Automate With Confidence
Complete environmental, soil, substrate, and water monitoring — integrated with control systems so sensors don't just display data, they drive decisions.
- Climate + irrigation + fertigation become data-driven systems
- Sensor validation, alarms, and trend visibility across all zones
- Designed for greenhouse, open field, and indoor/vertical farming
🏗️COMPLETE SENSOR ARCHITECTURE
A full monitoring blueprint designed as part of your project — what to measure, where to place it, and how to automate.
WHAT'S INCLUDED
- Sensor plan per zone & crop stage
- Placement drawings + installation spec
- Alarm thresholds + fault logic
- Integration with controllers
- Platform dashboards + reporting
- Commissioning & validation
🔧SENSORS & RETROFIT KITS
Add professional monitoring to existing systems — without redesigning everything.
AVAILABLE
- Weather stations + climate sensors
- CO₂ and PAR sensors
- Soil moisture and multi-depth probes
- Drainage/EC monitoring for substrates
- Wireless / solar sensor deployments
- Calibration + replacement programs
Environmental Monitoring
Weather Station
Temp, humidity, wind, radiation, rain. Outdoor installation.
CO₂ Sensor
Concentration (0-2000 ppm). Critical for enrichment.
Temp/RH/Rad Box
Aspirated box for VPD calculation and climate stability.
PAR Sensor
Photosynthetically Active Radiation (400-700nm).
Rain Sensor
Precipitation detection for vent protection.
Root Zone Monitoring
FN-SRTP Tubular System
Multi-depth soil moisture + temp (up to 10 layers). Solar powered, 4G/LoRa wireless.
- See infiltration depth
- Visualize root activity by layer
- No wiring required
Dielectric Soil Sensor
Volumetric Water Content (VWC) measurement. Robust and simple.
- Threshold-based automation
- Buried at target root depth
- Compatible with all controllers
Substrate & Specialized Monitoring
Runoff Sensor (Pots)
Drainage volume + EC. For container crops and irrigation tuning.
Runoff (Hanging)
For gutter systems (tomatoes/peppers). Optimize drain strategy.
Weight Sensor
Direct plant water status measurement via substrate weight change.
Pest Monitoring
Early detection sensors and traps for IPM strategies.
Centralized Sensor Data
Sensor data becomes operational when it's visible, comparable, and alarmable.
- Real-time readings across zones
- Historical trends & event correlation
- Alarm thresholds & notifications
- Sensor validation logic
Common Questions
What do you need to propose a system?
Crop type, environment, zone count, scale, and control goals.
Do I need sensors in every zone?
Not always. Representative monitoring works for uniform crops, but high-value crops justify per-zone sensing.
Build Monitoring You Can Operate From.
Tell Silva your crop and environment. We'll return a preliminary sensor architecture ready for engineering review.