Nowadays security of home or office is a major concern. The current CCTV system has many limitations e.g. it can monitor only a particular area and is very costly for personal use. Also, there are no extra security features so we made the smart robot which is Internet of Things (IoT) and Artificial intelligence (AI) based technology. Smart Robot is made for frequent travelers who want to monitor and check the situation of particular place remotely through the internet. The robot has a camera for live video streaming to the mobile application and user can control the movement of the robot like forward, reverse, left or right from the same application. Apart from this we have also embedded variety of sensors for security and data analysis . The sensor data can be viewed on a separate tab of the application. There is a cool offline feature which updates the user through email or SMS when any suspicious gas is detected or voltage of the robot battery decreases below threshold level. The smart robot has AI features like Google assistant which can be used when the user is at home or office. Raspberry Pi and other components of the project are protected from heat by using a fan which automatically turns on when the temperature rises. This robot is having two layers of hardware used and is very compact in size.

Pre-requisites/Implementation Technologies

1 . Python Programming
2 . Basic Electronics
1 . Rspberry Pi
3 . WIFI
1 . Raspberry pi +camera
2 . Nodemcu
3 . ROBOT Chassis With Motors and wheels

Note: One kit will be provided per team for practice.

Project Development Lifecycle

Day Action plan Detailed Plan
Day 1 Introduction To Raspberry pi and some robotic concepts Introduction to Robotics and different kinds of robots and applications and design optimisation, few basic concepts of Raspberry pi
Day 2 Raspberry pi python programming Installation of necessary python tools required to program the raspberry pi ans few basic examples to run some kind of robotic application
Day 3 Raspberry pi camera and internet interface Connecting camera to the raspberry pi and extracting video from the raspberry pi to your computer monitor
Day 4 Interfacing your motors with raspberry pi Interfacing L293D Ic with raspberry pi and making a web interface
Day 5 Robotic application /web page design Designing a web page by which we can control the Robot
Day 6 Assembling and testing Coding your robot ,testing and assembling it

Team Size and Price

Team Size Price for Team
4 4000

Note: A team can have maximum of 4 members.

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