Design and develop a REST$-$based or WebSocket$-$based Communication API IoT architecture based on the concepts developed in this course $($HTTP for AWS is valid as well$).$

Create an IoT Level$-2$ or Level$-3$ architecture using either the Cloud or a local server.

Use AWS IoT services to design and deploy your system if using a cloud server.

Use the Raspberry PI as the device and a sensor suite from one of those listed in the syllabus.

Use either the Cloud or a separate computer as the services database controller.

Demonstrate an ability to exchange information between the IoT device $($Raspberry PI$)$ and the database controller.

Demonstrate an ability to configure the IoT device remotely from the database controller.

You have your choice of five options:

Weather Monitoring System with email notification including temperature, humidity and barometric sensorsSmart Lighting System with email notification when conditions change including w

ireless functionality and dynamic luminary adjustmentAir Pollution Monitoring with periodic email notification of readings including air quality sensor for multiple gases, including CO and CO$2.$Camera based intrusion detection system with email notification including webcam and PIR sensor$.$Other instructor approved system

You can either obtain the required sensors or write a short program that emulates the sensor data on the device platform.