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Smart Agriculture Sector & Farm Automation
Real-world agricultural LoRaWAN deployments combining long-range VIoT mesh connectivity, multi-depth RS485 soil nutrient probes, microclimate weather stations, automated solenoid valve control, and on-edge AI inference.
Interactive Field Architecture & Telemetry Map
Explore interactive hotspots across our real-world smart agriculture deployment architecture—from multi-depth soil health probes and automated solenoid valves to IP67 solar outdoor gateways and precision AI mobile apps.
Multi-Depth RS485 Soil Health Probe
Analog Sensor -> RS485 Modbus -> VIoT Sub-GHz Node
Monitors Soil NPK (Nitrogen, Phosphorus, Potassium), Electrical Conductivity (EC), pH, and Moisture at root depths of 30cm, 60cm, and 90cm.
Smart Agriculture Field Deployment Topology
End-to-end telemetry architecture from sub-surface field sensors and low-power wireless nodes to IP67 gateways and cloud analytics.
Soil Health & Microclimate Probes
Multi-parameter RS485 soil sensor probes installed directly at root-zone depths alongside microclimate weather stations.
Model Sugarcane Plantation Farm Automation
Sugarcane Farm Field Testing
On-ground VIoT node coverage and signal penetration testing across dense sugarcane crop canopy.
Soil Sensor Deployment
Multi-parameter soil probe installation logging moisture, temperature, EC, and pH telemetry.
Mobile App & Telemetry View
Real-time mobile app dashboard displaying live soil moisture, pump status, and field telemetry.
Integrated Farm Automation Sub-Systems
Designed for open fields, sugarcane plantations, and precision greenhouse setups to automate irrigation, optimize fertilizer usage, and safeguard crops.
Soil Telemetry & Root-Zone Probes
Modular Hardware & Protocol Stack
RS485 MODBUS-RTU multi-depth soil sensors measuring key agricultural parameters for optimal yield and fertilizer application.
Microclimate & Weather Monitoring
Modular Hardware & Protocol Stack
Comprehensive atmospheric monitoring station evaluating crop microclimate, evapotranspiration models, and disease risks.
Irrigation & Water Flow Control
Modular Hardware & Protocol Stack
Automated borewell starter control and solenoid valve water diversion to optimize water usage and eliminate wastage.
Central Edge AI Box
Modular Hardware & Protocol Stack
On-farm intelligence engine processing real-time sensor streams and orchestrating precision irrigation cycles.
Agricultural Sensor & Actuator Matrix
Industrial RS485 & 4-20mA sensors integrated into Vandyam's VIoT Gateway & AI Box.
| Category | Sensor / Actuator Module | Interface | Target Application |
|---|---|---|---|
| Soil Health | 5-in-1 Soil NPK, EC, pH, Moisture & Temp | RS485 MODBUS (IP68) | Precision Fertilizer & Moisture Management |
| Microclimate | PAR Photosynthetically Active Radiation (400-700nm) | RS485 MODBUS | Photosynthesis & Crop Growth Modeling |
| Microclimate | Industrial NDIR CO2 & Waterproof Ambient Lux | RS485 MODBUS (IP65) | Greenhouse & Crop Canopy Microclimate |
| Weather Station | Wind Speed Transmitter & Wind Vane Direction | RS485 MODBUS | Evapotranspiration & Spray Drift Control |
| Irrigation Flow | Ultrasonic Reservoir Level & 2W250-25 Solenoid Valves | 4-20mA / Relay Control | Automated Water Diversion & Leak Detection |
| Edge Intelligence | Central AI Box (Raspberry Pi CM5 + Hailo-8 AI) | LoRa Mesh / RS485 | Automated Pump Scheduling & Disease Prediction |
Ready to Automate Your Agriculture Infrastructure?
Contact our agritech engineering team to deploy custom soil monitoring probes, automated irrigation controls, and long-range VIoT gateways on your farmland.