I MADE A coronavirus sensor say that there was a person there behind the sensor or they were holding it once the first red light goes on.
To avoid contamination of COVID-19 we can use a touchless smart doorbell using cost-friendly sensors.
Ultimate getting started guide to easily understand how stepper motor work and how to properly control using an Arduino board
In this guide, we will see what are Buck converters and how to do these modules work.
So Basically it is a device which helps us to know the height of the person and this is one of the best projects of my life !!!!!!!
It is a simple converter that is used to convert the DC voltage from lower level to a higher level.
This blog includes all the important projects that you can easily do at home. I made all these projects under 2 weeks spending 2 hours/day .
In the new version 0.4.9Class of HuskyLens, a new function “Object Classification” is released.
A general purpose wireless I/O board using a Particle Photon. Control a small motor, solenoid, servo, external loads, buzzer and sensors.
The best safety equipment for your Mother or Wife. A Must Watch!
n this tutorial, let's explore what is a servo
let's build a contactless dispenser without using microcontroller
The Raspberry Pi is a credit-card sized computer designed and manufactured by the Raspberry Pi Foundation, a non-profit organization.
An absolute necessary home-automation project which you should do at home.
In this blog we will look at all of these things starting with the basics of drone controllers, looking at how drone remote controllers work
This system constantly monitors the temperature and alert the user when there is an anomaly with SMS
The BEST Solution of COVID-19. Easily make your Contact Free Switch at home to reduce the spread of the Pandemic.
Interesting and Easy latest projects during COVID-19. A Must Watch!
We show how you can easily build a battery powered Wi-Fi Door sensor and send notifications to your phone without coding and programming.
You will learn how to create an hour meter with the Arduino and store the hours on the SD Card.
NXP MKL26 Feather Cortex M0+ 48Mhz 256KB Flash and 32KB RAM prototyping board and NXP MK26F Feather Cortex M4F 180Mhz 2MB Flash and 256KB RA
Give a brief introduction of how to choose the right Arduino board
In this project, you can play the game using your hand gesture