We are aiming for the successful deployment of smart bins in society, where security guards and CCTVs will prevent the tampering and vandalism of the smart bins, and society workers and security guards will help educate people about smart bins and how to use them properly. Further, there will be campaigns in societies and schools in order to spread the necessity of smart bins. The features of a smart waste bin are that it contains an IOT Arduino Ultrasonic sensor that helps open the bin top lid when it senses a gesture. will be installed in it at the top, which will send signals and alerts to authorities when waste bins are about to be full, and the other chip will be temporarily disabled. which will work and send a signal to authority only when the dustbin overflows, as it will signify that the first chip is not working correctly. Further, there will be a record of the database, which will be maintained and contain the record where most of the smartbins are getting filled frequently, and it will indicate that there should be more bins to be installed in that particular society in order to make the work more efficient. There will be an option for the people of society if they find that any dustbin is full and the waste is not getting collected from the authority vehicle. In view of this, there will also be a hall of fame for the people of society who are contributors and who have a good record towards the smart bin. The concept of preventing false trigger alerts is also the most important concept we will be using. First, we will consider the factors for calibre, such as weather,temperature, humidity, and wear and tear. Also, we will be using advanced, high-quality sensors that will be less prone to false triggers and will work more efficiently and effectively, and we will be using data smooting and filtering algorithms to remove minor fluctuations in the sensor data. We will be using machine learning algorithms to analyse the sensors properly.