End-to-End IoT System

This project integrates IoT sensors, TCP client-server communication, and real-time data processing. It dynamically processes sensor data, converts units, and enhances scalability through metadata-driven handling.

System Architecture

The system employs a modular IoT architecture, utilizing TCP and MQTT for real-time data transmission. A centralized server processes and stores data in MongoDB, ensuring secure and scalable access.

IoT Architecture Diagram

Data Flow Diagram

IoT sensors transmit data over TCP, which is processed and stored in a database. Users can query real-time processed information, enabling scalable and efficient insights for IoT applications.

IoT Data Flow Diagram

Demo

Tech Stack

This project utilizes the following technologies:

  • Python: Manages server-client communication and data processing.
  • MongoDB: Stores real-time sensor data and metadata for dynamic queries.
  • MQTT & TCP: Ensures seamless and reliable IoT device communication.
  • Arduino: Simulates real-world IoT sensors.

Source Code

Explore the full source code for this IoT system on GitHub, including TCP server, client, and database setup with detailed documentation.

View on GitHub