IoT Poultry Incubation Control System

gcp · deployment diagram.

Diagrams.so

About This Architecture

ESP32-based poultry incubator control system integrates Firebase Realtime Database, Cloud Functions, and PID control for precision egg hatching. DHT22 sensors feed temperature and humidity data to the ESP32 microcontroller, which drives relay modules controlling heating elements, cooling fans, humidifiers, egg turner motors, and ventilation fans. Firebase Authentication secures farmer access while Cloud Messaging delivers real-time alerts for threshold breaches, demonstrating closed-loop IoT control for agricultural environments. Fork this GCP IoT architecture on Diagrams.so to customize PID tuning parameters, add camera monitoring, or integrate with other Firebase services. The system stores historical logs and device status in Firebase Realtime Database for trend analysis and remote troubleshooting.

People also ask

How do I design an IoT poultry incubator control system using ESP32 and Firebase on GCP?

Use an ESP32 microcontroller with PID control to read DHT22 temperature and humidity sensors, then drive relay modules for heating, cooling, humidifier, egg turner, and ventilation. Store device status and historical logs in Firebase Realtime Database, trigger Cloud Functions for alerts, and authenticate farmers via Firebase Authentication.

IoT Poultry Incubation Control System

GCPadvancedIoTFirebaseESP32AgriculturePID Control
Domain: OtherAudience: IoT engineers designing agricultural automation systems
0 views0 favoritesPublic

Created by

February 26, 2026

Updated

February 26, 2026 at 9:09 PM

Type

deployment

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