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Category
- All
- 3D Printing
- Animals
- Art
- Artificial intelligence
- Astronomy
- Augmented Reality
- Automotive
- Bikes
- Clocks
- Communication
- Cryptocurrency
- Displays
- Drones
- Environmental Sensing
- Fire & Pyrotechnics
- Fitness
- Food & Drinks
- Games & Gaming
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- Health
- Holidays
- Home Automation
- IoT
- Kids & Family
- Lights
- Music
- Notifications
- Photos & Video
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- Productivity
- Retro Tech
- Robotics
- Security
- Sensors
- Sports
- Star Wars
- Sustainability
- Upcycling
- Vehicles
- Virtual Reality
- Voice
- Wearables
- Weather
Platform
- All
- 4D Systems
- 8bitcade
- Adafruit
- AIY
- AllThingsTalk
- Amazon Alexa
- Amazon Web Services
- Analog Devices
- Android
- Android Things
- Anycubic
- Apple
- Arduino
- Arm
- Arm Mbed
- Atlas Scientific
- Atmel
- Autodesk
- Avnet
- balena
- Bare Conductive
- BeagleBoard
- BITalino
- Blues Wireless
- Bluz
- Blynk
- Bolt IoT
- Bosch
- C.H.I.P
- circuito.io
- CircuitPython
- Commodore 8-bit
- ControlEverything.com
- Creator
- Cypress
- DeviceHub.net
- Dexter Industries
- DFRobot
- Digilent
- Digispark
- Eclipse IoT
- Edge Impulse
- EduBlocks
- Elecrow
- Electric Imp
- Elegoo
- Elephant Robotics
- Ender
- Espressif
- Espruino
- Everything ESP
- evive
- Firmware Modules
- GoPro
- Helium
- Hologram
- Home Assistant
- Honeywell
- IBM
- ICStation
- Idiotware Shield
- IDT
- IFTTT
- Infineon
- Intel
- Itead
- Java
- JLCPCB
- Jupyter
- KiCad
- LabVIEW
- LattePanda
- Leap Motion
- LEGO MindStorms
- LeMaker
- Linux
- Linux Arm
- Losant
- M5Stack
- Mac
- Makeblock
- MATLAB
- MATRIX Labs
- Maxim Integrated
- Meadow
- MediaTek Labs
- micro:bit
- Microchip
- MicroPython
- Microsoft
- MikroE
- MikroElektronika
- MIT App Inventor
- Mouser
- MQTT
- myDevices
- nanoFramework
- NeoPixel
- Netduino
- Neuton Tiny ML
- noads
- Node-RED
- NodeMCU
- Nordic Semiconductor
- NVIDIA
- NVIDIA Jetson
- NXP
- Oculus
- ON Semiconductor
- Onion Corporation
- OpenCat
- OpenCV
- Panasonic
- Particle
- PCBWay
- Philips hue
- PHPoC
- Pi Supply
- Pimoroni
- PINE64
- PlatformIO
- Prusa
- Punch Through
- PX4
- Pycom
- Python
- Qualcomm
- RakWireless
- Raspberry Pi
- Red Pitaya
- RedBear
- Relayr
- Renesas
- RISC-V
- RobotGeek
- ROS
- RT-Thread
- Samsung IoT
- Seeed Studio
- SensiML
- Siemens
- Sigfox
- Silicon Labs
- SmartMatrix
- SmartThings
- Soldered Electronics
- Sony
- SparkFun
- STM32 Nucleo
- STMicroelectronics
- Taoglas
- Teensy
- TensorFlow
- Texas Instruments
- The Tactigon
- The Things Network
- Thinger.io
- Things On Edge
- thingSoC
- ThingSpeak
- TI LaunchPad
- TinyCircuits
- Tuya
- Twilio
- Ubidots
- Ubuntu
- UDOO
- Unity
- Visuino
- VoCore
- Walabot
- Weather Underground
- Wilderness Labs
- Windows
- WIZnet
- Xamarin
- XBee
- Xilinx
- Zerynth
Electric Vehicles Smart Meter System Design
This system design implements the data display via LCD screen OLED12864.
By
RT-Thread
Moderate
4 Steps To Develop An Edge-ai Road Segmentation Cam
Good for Ride-share / Auto-pilot / Self-driving Applications.
By
Johanna
Easy
Arduino Chocolate Candy Toy Vending Machine
Chocolate candy Toy Vending Machine made using Arduino Technology. There is a phone device connected to the machine to control the machine. Once the candy is selected and the payment is done the candy will fall out to the container where the user can receive it. The machine cover is built our of building blockes.
By
GhostGamerSL
Difficult
Raspberrypi Based Edge-ai Vehicle License Plate Recognition
See the vehicle license plate recognition application as an example to see how the two-stage model worked out on OpenNCC.
By
Johanna
Moderate
Circuitmess Batmobile™ - A Diy Ai-powered Smart Robot Car
A STEM kit that will teach you about autonomous driving, and machine learning while exploring the world of electronics & programming
More info here: https://www.kickstarter.com/projects/albertgajsak/circuitmess-batmobile
By
AlbertGajšak
Moderate
Arduino Stepper Motor Running For A Specific Time
In this tutorial we will learn how to rotate a stepper motor for a certain time period and then with a push of a button repeat it again.
By
Ron
Easy
How To Make Diy Smartphones Controlled Self Balancing Robot
Hello Guys Whats up, In this instructable, i'll show you How to Make DIY Smartphones Controlled Self Balancing Robot. It's very interesting
Difficult
Trashbot - The Trashcan's Answer To The Roomba
An arduino-powered bluetooth-controlled trashcan that senses when you're close to it!
By
GreenyPM
Moderate
Dc Motor Mosfet Control Speed Using Arduino
In this tutorial we will learn how to control a DC Motor speed using a MOSFET Module. Watch the video!
By
Ron
Easy
Control Powerful Electric Skateboard E-bike 350w Dc Motor...
In this tutorial we are going to learn how to control a DC motor using Arduino and Dc driver bts7960b.
By
Ron
Moderate
Super Easy Way To Control Servo Motor With Arduino
In this tutorial we will use Servo Motor and Arduino UNO, and Visuino to control servo motor degree position
By
Ron
Easy
Simple Step Counter Using Arduino
In this tutorial we will learn how to make a simple step counter. This project is very useful in robotics.
By
Ron
Easy
Servo Motor Positioning-calibration How To Tutorial
In this tutorial we will learn how to position or calibrate a servo motor, this is often useful in robotics where we need to center a servo
By
Ron
Easy
Arduino Control Servo Motor Position With Buttons
In this tutorial we will learn how to Control Servo motor position with buttons using arduino. Watch the Video!
By
Ron
Easy
J.a.r.v.i.s: Led's Can Hear You.
The goal of the project is to create an intelligent system that recognizes and reacts to twelve keywords such as ON, OFF, etc. These keywords are transmitted from one device to another device over a CANopen network, where LED's respond to these keywords.
By
navinreddy23
Difficult
Autonomous Robot Gps Controlled Using Arduino
GPS and machine vision fused together to become a trending development for Agriculture Robot guidance systems. Robotic harvesting gives innovative solutions in robot mechanics to overcome environmental challenges.
Moderate
Arduino Car On A Treadmill
Testing platform for experimental demonstration of the vehicle-following task. This platform is composed by one treadmill and up to two vehicles based on the combination of an Arduino board and a steerable scaled chassis.
Difficult