IoT Client-Server Communication System
##Overview:
This project implements an IoT client-server communication system using an embedded system. The system consists of a client device, typically a microcontroller, and a server that communicates with the client over a TCP connection. The client device sends sensor data to the server and receives control commands from the server.

##Features:
Client-Server Communication: The system enables bidirectional communication between the client and server over TCP/IP protocol.
Sensor Data Transmission: The client device collects sensor data and transmits it to the server for monitoring and analysis.
Remote Control Commands: The server can send control commands to the client device to perform specific actions or adjustments.
Error Handling: The system includes error handling mechanisms to manage communication errors and ensure data integrity.

##Hardware Requirements:
Microcontroller or Embedded System
Wi-Fi Module or Ethernet Shield (for network connectivity)
Sensors (e.g., temperature, humidity, motion)
Actuators (e.g., motors, relays)

##Software Requirements:
Arduino IDE or equivalent development environment
Networking libraries (e.g., WiFi, Ethernet)
Sensor and actuator control libraries

##Installation and Setup:
Connect the hardware components as per the provided circuit diagram.
Configure the client device to connect to the local network or server.
Set up the server environment with the necessary software and network configuration.
Flash the client device firmware using the development environment.
Verify the connection between the client and server.

##Usage:
Start the server application and ensure it is listening for incoming connections.
Power on the client device and wait for it to establish a connection with the server.
Monitor the server console or dashboard for incoming sensor data and control commands.
Send commands from the server to control the client device or request specific actions.

##Troubleshooting:
Check network connectivity and ensure that both the client and server are on the same network.
Verify the correctness of the client device firmware and server application code.
Use debugging tools to identify and resolve communication issues or errors.