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Particle Photon circuit allowing the display of environmental conditions (light, temperature, humidity, pressure) using the Blynk app.
Demonstrate an IoT application connecting Seeed Studio Grove Starter Kit sensors to the Losant IoT cloud platform.
Read data from two of most popular sensors out there. Temperature, pressure, and luminosity.
Weather station displaying indoor temp/hum, as well as climate conditions and present day/3-day forecast.
A device that can measure environmental conditions and relay to the user; in glasses form.
A functional mobile prototype, a "Rover Station”, responsible for environmental data capture as Temperature, Humidity and Luminosity.
With Device Simulator, connecting Hexiware and sending sensors data to ARTIK Cloud.
Azure Stream Analytics watches sensors, control device autonomously, send Tweets and alerts in case of a hazard. Controllable by smartphone.
This project shows how to change color of Minion using Arduino, PHPoC WiFi Shield and color sensor.
This project allows you to check temperature at home from anywhere using web browser.
An innovative wearable technology for visually impaired peoples.
A collection of screencasts for setting up your laptop for the Hackster/Microsoft IoT Roadshow events.
We are going to demonstrate how we can see the humidity and temperature of our environment in our smartphone in real time using HC-05.
A cute little lamp that keeps you safe (and your toes un-stubbed) at night.
Fidget Spinners are everywhere - one of the challenges is to get the fastest spinning and longest running Spinner...build a sensor!
This project detects changes in temperature based on your specifications, and then changes the color of an LED to the color of your choosing
Interface dht22 sensor to raspberry pi. In this we are going to explain you about how we can get sensor data in cloud (thingspeak)
We are using a raindrop sensor to detect raindrop intensity. When the raindrop sensor detects rain, it will send data to Arduino.
In this tutorial I'm going to tell you how we can get the sensor data from Arduino Uno and sending it to the Raspberry pi through UART.
Ultrasonic distance sensors are designed to measure distance between the source and target using ultrasonic waves.
Measure CO2 levels.