Personal Project (2024)

Central Control System

Overview

A web-based IoT control system that acts as a central hub for managing various electronic components like relays, LEDs, and more. The system provides a user-friendly interface to dynamically add, control, and monitor connected devices in real time from anywhere.

Approach

Designed to regulate relays, LEDs, and other IoT devices via a centralized hub.

Provides real-time monitoring, control, and updates through a web-based interface.
Ensures scalability, modularity, and efficient automation.
System Architecture:
Frontend (User Interface):
- Web app for users to control and monitor devices.
- Options to turn ON/OFF, adjust brightness, and update configurations.
Backend (Control Logic):
- Processes user commands and updates device states (By using an API).
- Ensures correct execution of control signals.
Hardware Interface:
- Embedded system (Arduino).
- Executes control commands via GPIO.

Designed to regulate relays, LEDs, and other IoT devices via a centralized hub. Stored in a database (MySQL).

Provides real-time monitoring, control, and updates through a web-based interface.
Ensures scalability, modularity, and efficient automation.
System Architecture:
Frontend (User Interface):
- Web app for users to control and monitor devices.
- Options to turn ON/OFF, adjust brightness, and update configurations.
Backend (Control Logic):
- Processes user commands and updates device states (By using an API).
- Ensures correct execution of control signals.
Hardware Interface:
- Embedded system (Arduino).
- Executes control commands via GPIO.

Nawaf S. Al-Mughathawi

Project #3