Spectrino - Arduino devices that can be implemented on a wide spectrum of touch-free tinyML based housing and society systems.
Project tutorial by Dhruv Sheth
A touch-free germs disinfecting device that can disinfect anything from masks, wallets to mobile phones, killing maximum germs using UV-C.
Project tutorial by Yeshvanth Muniraj
Control the number of customers in a store using a phone app to ensure social distancing.
Project tutorial by Harry Anderson
An easy and convenient way to measure distance thresholds in public and crowded areas to follow safe social distancing.
Project tutorial by Team Deodates
A Low-cost Fully Automatic Fare Collection System for India's Public Transport Services
Project tutorial by The Futurists
Touch-free queue management service powered by Arduino MKR WiFi 1010 and Twilio.
Project tutorial by Samith and Nekhil
One-Way Willie helps enforce one-way aisles in retail stores, limiting customer-to-customer interaction and reducing virus transmission!
Project tutorial by Ish Ot Jr.
Intangible Surface is a gesture and IoT based touchless interface to interact with the digital world.
Project tutorial by Swapnil Verma
It is possible that ultraviolet rays emitted by the sun deactivate the virus in a few seconds. The Beach UV meter measures UV and tweets.
Project tutorial by Mario Soranno
Playing chess with casual opponents, enjoying the game and playing safe, keeping the social distance in the post-Covid era
Project tutorial by Enrico Miglino
Clip-ON is a backpack attachment, that will monitor the vicinity of the user and alerts anybody who does not maintain social distancing.
Project tutorial by Vijay J Samuel
The Protector is a safety and automation system that can be used in shops, airports and other public places to enable a touchless interface.
Project tutorial by Ajay Vishaal
A device that mounts on top of a traditional keypad and transforms it into a touch-free and bluetooth controllable one.
Project tutorial by Francesco Gritti
Use an Arduino Nicla Sense ME and Edge Impulse model to determine your rowing cadence and provide feedback via the IoT Remote app.
Project tutorial by Justin Lutz
Or connect with your social account:
New here? Create an account