A retro-inspired math adventure where kids use camera-based finger input to solve challenges and save the Kingdom with Arduino UNO Q.
IoT and Cloud - Combine these potential technologies to effectuate an automation system at home!
An IoT solution for monitoring workers' health status and improving company performances.
Monitor power consumption of your appliances in $4.
Post-Analysis of Badminton-Sport performed through RSL10 powered Smart Racquet and Machine Learning,.. now becomes Open-Source!
IoT sensing, notifications, and analytics platform for urban and large-scale agriculture with automated irrigation, using Sigfox technology.
Works as a cool light, data storage, music player, hidden speakers, server and so much more.
Deploy a Node Red application on Digital Ocean.
The Backpack Defender 3000 is the state of the art, cutting-edge backpack guardian which protects hardworking students from backpack thieves
Control an LED over the internet from your mobile phone with Raspberry Pi.
Control an air cooler over the web from your mobile phone ⚡
In one of our semester projects, we are four computer science and electronics systems students worked on a connected beehive for beekeepers.
Using Mixtile Blade 3 single board computers to build an ARM based Kubernetes Cluster.
Smarten your surveillance : Automatic License Plate Recognition System for smart traffic & security systems with real-time vehicle insights
How to Install ownCloud on Raspberry PI - Apache2 Cloud Server.
An introduction to Brainium software and hardware stack.
Who wouldn't want a friendly little robot on their desk to keep them company while they work all night on that Internet connected terrarium?
Connecting an IoT device to the cloud is easy. Simply follow this tutorial to get started.
Want to know more about the fourth industrial revolution and how it will affect your business? Then this project is exactly for you!
This tutorial will walk through the process of building a simple, connected light using an Arduino Mkr Wifi 1010 and Yonomi ThinCloud.
After several days of research, it emerged to us that the RICOH THETA will need a rapid framework that could embrace all its features.
Music doesn't get better than this. (With this LaunchPad and a piezo buzzer at least.)
Dispatch SMS alerts for temperature anomalies or if readings fall below the threshold, additionally forecasting future temperature values.
When it comes to contenders for serious IoT projects, the field is pretty narrow, despite a mass of low-cost 64-bit SBCs.
