This final challenge task is for you to complete to test what you have learnt from the course.
Intensity of light changes based on surroundings and sends a message through Telegram when there is a maximum and minimum intensity.
Give your device the capability to choose the most profitable proposal request in Industry Marketplace.
minAstroHeat is an automatic 2-Channel dew heater controller for (astro)photography, controlled with an app powered by Blynk
Have you ever forgotten to water your plant which resulted in a tragic death? Now you won't worry with this new watering device!
This project is to design and develop bluetooth and android automated portable solar lamp for outside camp, trekking, etc.
The most vulnerable people are Health workers. Lets protect them with contact-less prescription and medical management.
Observation. Shopping. Monitoring. Now, its all mobile!
RescueTap: Instantly alert caregivers, send accurate GPS locations, and manage emergencies with a simple tap or automatic detection.
Our ongoing robotics workshop making learning accessible to all.
An Automated Light System created on BOLT IoT Platform. The Intensity of light can be controlled using the LDR sensor or By using IFTTT
A project that will send message and e-mail when the temperature crosses the threshold value and also do the prediction
Swipe your hand to change the color of the LED Strip.
A guide to automatically starting to stream video to QGroundControl when the NavQ connects to the internet.
I bricked my FRDM-K82F while working on a new FlexIO peripheral. Here's guidance to avoid it, and if you bricked, here is how to repair it.
A smart street system which uses Piezoelectric cells to generate power.
Based on sensor data open/close window via actuator and turn on/off fans. App via Blynk platform. Entirely solar powered.
Theremino is an open source system that easily connect computers with real world applications
How to make a Arduino Smart Moving Robot. This robot is able to moving and obstacle detecting.
Turn any car into a smart vehicle with voice-controlled infotainment using Arduino Leonardo & DFRobot DF2301Q-hands-free, futuristic
Controlling the ACSSR unit from M5Stack using the I2C mode and Direct mode.
Quick and dirty check of basic toolchain and setup, using a ready to go LCD example.
This project to show how MKR 1400 GSM could be connected to Alibaba IoT Platform
A PC-based automation solution.
