Is the Raspberry Pi 4 powerful enough to judge Reddit? This project is all about answering the important questions.
Build your own DIY remote-controlled blimp for flying for sport or for commercial use.
A comprehensive ESP32 IoT platform in an Arduino layout.
This is a breakout for an ATtiny microcontroller, it allows you to power an ATtiny with a DC supply of up to 40V and access all the pins!
Follow this 30-second demo to set up Wi-Fi connection and start viewing live temperature and light data!
Robot motions are controlled using android app which can provide motion control over the internet.
Providing office owners and users with information about comfortability of their workplace.
Cochlear implants are a hearing solution for people with a moderate to profound hearing loss.
A series on the 8051 microcontroller that can be used in Teachings. Pedagogy resources that could be used for teaching 6-16 year old kids.
Log data to an online server (ThingSpeak.com) with a TIVA-C (TMC4123GXL) microcontroller, an ESP8266, and a TSL2591.
Test the mini-pan-tilt camera mount quickly with the 5 volt, 16MHz Arduino Pro Mini.
Learn how to connect a Snap Circuits LED to the snap:bit and control it with the micro:bit.
Print this device to evaluate a 3D Hall effect sensor in an angle + depth setup.
This is a simple project to control a mini camera mount with your phone over WiFi.
A motion-activated raffle device that can draw numbers or names. Users can specify the range of numbers or the list of names through WiFi.
A virtual two player arm wrestling game.
Drive a 32x32 RGB LED matrix with the NXP i. MX RT1010 EVK.
An open-source, C++ coded, synchronous tonewheel organ synthesizer for the STM32F4 Discovery Board.
A simple clock made by using an STM32F446RE and a 7-segment display.
Now no more back pain! Get alerts whenever you maintain bad posture.
I made a Magic 8 Ball to make all my important decisions for me by attaching MPU 9DOF and OLED C clicks to a BeagleBoard.org PocketBeagle.
This is a little demo with Seeeduino XIAO - Arduino microcontroller. The demo uses 4 modules. 2 sensors, 1 switch, and 1 OLED display.
The presented robot captures line position with IR Sensors. If the robot get off the line it will U turn and back to the line again.
A portable socket board is designed that can be controlled through internet. It provides portable automation solution of devices with ease.