// Know about this
void Setup () {
// Code runs only one time
}
void loop () {
// Code runs multiple times
}
- Learn from the Source: Prioritize Official Documentation.
- Microcontrollers: Familiarity with Arduino, Raspberry Pi, or ESP32/ESP8266
- Networking fundamentals: Understanding of TCP/IP, HTTP, and MQTT protocols
- Data structures and algorithms: Basic knowledge of data types, variables, loops, and control structures
◾ Familiarity with Thingspeak 🔗 OR any other cloud IOT platform.
◾ Know about FIREBASE RTDB (Real Time DataBase)🔗
◾ Know about MQTT Protocol. 🔗
The Internet of Things (IoT) is a network of physical objects that are connected to the internet and can exchange data with other devices and systems. IoT devices can include household objects, industrial tools and more.
Welcome to my curated collection of IoT projects—ranging from simple sensor setups to advanced AI-powered systems. These projects reflect my journey through Mechatronics, AI integration, and real-world problem solving for farmers, students, and tech learners.
| Project | Description |
|---|---|
| Smart Plant Monitor | Monitors soil moisture and light levels using basic sensors. Sends alerts when plants need attention. |
| Temperature Logger | Logs ambient temperature using DHT11 sensor and stores data on SD card for offline analysis. |
| Student Attendance System | In More Detail coming soon |
| Bluetooth-Controlled LED | Simple mobile app toggles LED via HC-05 Bluetooth module. |
| Project | Description |
|---|---|
| Voice-Controlled Home Automation | ESP32-based system integrated with Google Assistant for smart control of appliances. |
| IoT Weather Station | Collects and displays live weather data including rainfall, humidity, and wind speed. |
| Smart Irrigation Controller | Automates irrigation based on soil pH and moisture levels using sensor fusion. |
| IoT Scheme Recommender | Uses voice input and region data to suggest relevant government schemes for farmers. |
| Project | Description |
|---|---|
| Secure IoT Gateway with Red Teaming | Simulates vulnerabilities and defenses using CTF-style labs and TryHackMe integrations. |
| Scalable IoT Architecture | Modular system using MQTT, cloud sync, and microservices for large-scale deployments. |
- 🛠️ Arduino, ESP8266, Raspberry Pi
- 🌐 MQTT, REST APIs, Firebase
- 🎛️ Sensors: DHT11, PIR, Soil Moisture, pH
- 🧠 AI/ML: GPT-2, IndicBERT, CNNs
- 📱 Flutter, Streamlit, Django
- 🔐 Security: Red Teaming, CTF Labs
A project focused on moving sensor logic from the cloud to the Edge. Instead of just dumping raw data into a database, this setup uses a local ML model to process vibrations and temperatures to detect hardware fatigue in real-time.
1. Automated Hydroponics System Know more about hydroponics. 🔗
Required items - Download the items list 🔗
| S.No. | Device OR Module Name |
|---|---|
| 1. | pH Sensor |
| 2. | Arduino Mega |
| 3. | Dht11 OR Dht22 |
| 4. | ESP8266 |
| 5. | HC05 (Blutooth Module) |
| 6. | Digital Display(16*2) |
| 7. | Arduino outer case |
| 8. | Relay (Acc. to your need) |
| 9. | 12v Dc supply |
| 10. | 5V Dc adapter |
| 12. | Fish feeder |
| 13. | Water level sensor |
Contributions, issues, and feature requests are welcome!
Feel free to open a GitHub issue or submit a pull request.
This project is licensed under the MIT License.
Made with ❤️ by me:it,s:me..