Apply a Filter
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
- Garden
- Health
- Holidays
- Home Automation
- IoT
- Kids & Family
- Lights
- Music
- Notifications
- Photos & Video
- Plants
- 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
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
- Garden
- Health
- Holidays
- Home Automation
- IoT
- Kids & Family
- Lights
- Music
- Notifications
- Photos & Video
- Plants
- 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

Digital Back
The main issue this project will try to address is to improve our sitting habits. The Idea behind the project is to equip the back of your chair with a number of range sensors and measure your sitting position. A user will be notified by a small vibration motor about invalid sitting postion.
By
amc
Difficult

Mini Drum Pad With Imxrt
This is simple Drum Pad built with Cap-sense touch and IMX-RT.
By
ashokr
Moderate

Smart Seedling Grow Tray
An easy to build Seedling Grow System with some brain and remotely management features.
It is designed to enable everyone especially children to grow seeds at home without getting worried about over or under watering them. Or are the temperature and humidity friendly for the chosen seeds or not?
Difficult


Reinforcement Learning Based Illumination Controller
This project envisages a reinforcement learning based automatic home illumination system. The system shall learn and adapt to the preferred illumination settings from immediate ambient conditions. The system shall also perpetually, keep learning and optimizing itself based upon the accuracy of its control predictions.
By
MaverickBits
Moderate


Remote Patient Monitoring
An IoT device for remotely monitoring important health parameters of a patient.
By
taifur
Moderate


Running Faucet Alarm
Detect running faucet using low powered i.MXRT1010 Development board and Edge Impulse Studio
By
knaveen
Difficult

Ryfe
In this project we are going to program a little car te avoid objects and drive between 2 lines in the fastest time posibble, this in the form of a competition called NXP cup. We are a group of 3 people and all are automotive engineering students at fontys university of applied siences.
By
RYFE
Expert

Supersupersmart Autonomous Car (nxp Cup 2021)
Badass robot car developed by reasonably advanced monkeys
By
RAACar
Difficult

Feit Brains
This project is from University of Žilina team participating inNXP Cup. Starting with assembling the hardware through making the code until testing it on track.
By
FEIT_BRAINS
Difficult

Hsd - Roadster Mmxx
Setup of an autonomously driving vehicle on a predefined race track.
The track can turn for a race.
The vehicle recognizes the racetrack without any outside interference and sees it as quickly as possible.
It is a challenge in the NXP CUP to race against other team contracts.
By
jb11
Expert

Knightrider::kitty
An autonomous vehicle in scale 1:18 powered by two independent electric engines and steering by using servo. Our car is adapt to race in EMEA NXP CUP competition. The goal is use a PIXI CAM 2 camera to give our car eyes and to write perfect algorithm to be the fastest.
By
arthrest
Difficult

Microspeedster
The goal of this project is to build a car that drives through an unknown course, using line scan cameras to control the direction and Hall sensors to control the speed. The intelligence is programmed on an ARM Cortex M0+ based microcontroller. There is also further useful peripherals installed to improve performance.
Moderate