People need to touch various buttons for even trivial tasks in public places like those on coffee machines and candy dispensers, which increases chance of infection
What are you going to build to solve this problem? How is it different from existing solutions? Why is it useful?I am developing a hands-free gesture based addon to conventional machines in public places to operate them without touching. It is better than existing solutions as it is cost effective and draws much less power compared to voice based applications. A display would give visual cues to the usrr about the use of the machine. Alexa voice service would be used for instructions and voice feedback.
How does your solution work? What are the main features? Please specify how you will use the Core2 for AWS IoT EduKit in your solution.A,gesture sensor sends data to the kit which sends it to the cloud where an AWS IoT Greengrass instance churns the data and feeds it into a model deployed on the cloud. The output of the model is then processed using an AWS lambda function to send instructions back to the AWS Core 2 kit
On receiving the trigger signal, the servo motor for operating the dispenser is activated
Implementation Details
The only components required for the project are the AWS Core 2 IoT Edukit and the Arduino Nano 33 BLE Sense
The gesture sensor used is the APDS9690 which is already present on the Nano 33 BLE sense. The AWS cloud part was copied as it is from the exapmle application and deployed on an instance from a previous project
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