ESP32 Firebase Irrigation Prototype
Budget: ₹1,500 – ₹12,500 INR
ESP32 Firebase Smart Irrigation Prototype
I have already built a Flutter mobile app and connected it to Firebase. Now I need firmware + cloud integration to complete a working smart irrigation prototype.
Hardware available:
• ESP32 board
• Capacitive soil moisture sensor
• Relay module controlling a water pump
Requirements:
1. Sensor Data:
* Read soil moisture from sensor
* Send real-time readings to Firebase
2. Alerts:
* Generate low/high moisture threshold indicators (basic logic)
* Store values in Firebase for visualization in app
3. Motor Control:
* Listen to Firebase in real-time for motor ON/OFF command
* Control relay accordingly
* Update motor status back to Firebase
4. Stability:
* Handle WiFi connection + auto-reconnect
* System should run continuously without crashes
Control Model:
* Manual control via Flutter app (button-based ON/OFF)
* Need suggestions for future automatic threshold logic
Deliverables:
• Clean and well-commented ESP32 code (Arduino IDE preferred)
• Firebase database structure (simple & efficient)
• Security rules (basic setup)
• Wiring diagram
• Setup instructions
• Video demo showing full working system
Goal:
Real-time working system:
App ↔ Firebase ↔ ESP32 ↔ Motor
Location:
Jaipur (preferred local support, but remote is also acceptable)
Please share:
• Cost
• Timeline
• Previous similar work (if any)
I have already built a Flutter mobile app and connected it to Firebase. Now I need firmware + cloud integration to complete a working smart irrigation prototype.
Hardware available:
• ESP32 board
• Capacitive soil moisture sensor
• Relay module controlling a water pump
Requirements:
1. Sensor Data:
* Read soil moisture from sensor
* Send real-time readings to Firebase
2. Alerts:
* Generate low/high moisture threshold indicators (basic logic)
* Store values in Firebase for visualization in app
3. Motor Control:
* Listen to Firebase in real-time for motor ON/OFF command
* Control relay accordingly
* Update motor status back to Firebase
4. Stability:
* Handle WiFi connection + auto-reconnect
* System should run continuously without crashes
Control Model:
* Manual control via Flutter app (button-based ON/OFF)
* Need suggestions for future automatic threshold logic
Deliverables:
• Clean and well-commented ESP32 code (Arduino IDE preferred)
• Firebase database structure (simple & efficient)
• Security rules (basic setup)
• Wiring diagram
• Setup instructions
• Video demo showing full working system
Goal:
Real-time working system:
App ↔ Firebase ↔ ESP32 ↔ Motor
Location:
Jaipur (preferred local support, but remote is also acceptable)
Please share:
• Cost
• Timeline
• Previous similar work (if any)
Related categories:
Electronics
Mobile App Development
Arduino
Internet of Things (IoT)
Flutter
Embedded Systems
Google Firebase