Precision Agriculture Automation Platform

Core Operational Benefits

🔬

Automated climate control and fertigation ensure every plant receives the optimal amount of light, water, and nutrients, minute by minute.

📈

Our platform monitors trends to proactively identify potential issues (e.g., pump failure, nutrient imbalance) before they impact crop yield.

⚡

Smart scheduling of lights, fans, and heaters based on real-time external weather data dramatically lowers operational power costs.

A three-layer stack ensuring reliability, scalability, and security for critical farming operations.

Data Acquisition & Local Control

**Sensors:** pH, EC, Light (PAR), Temp/RH, Soil Moisture.
**Controller:** Raspberry Pi or ESP32 running local Python/C++ logic.
**Function:** Ensures actuators respond immediately to local events, even during cloud outages.

Storage, Processing & Analytics

**Messaging:** MQTT Broker for secure, low-latency device communication.
**Database:** Time-series database for historical data analysis.
**Analytics:** Machine learning models for VPD calculation and growth stage prediction.

Visualization & Remote Command

**Web App:** Fully responsive interface (this dashboard mock-up) for monitoring.
**Commands:** Secure API endpoints to send commands (e.g., manual irrigation override).
**Alerting:** Real-time push notifications for critical system failures or environmental anomalies.

A curated list of guides, standards, and platforms for expanding your smart farming knowledge.