Say NO to shock collars! Setup virtual fence on the app and keep your beloved pet within your reach. Track your kids while biking from app.

Replace Python MQTT stations with RIOT MQTT-SN ones in an IoT cloud based system for real time data communication.

Know when to eat food before it expires.

From secure LoRaWAN node based on Trusted Objects-Avnet TO136 SE to AWS IoT, using STM32 Nucleo board, Kerlink gateway & Actility servers.

Learn how to easily connect your device to AWS IoT MQTT broker using balenaCloud with this step-by-step guide.

A system that can be used by users that allows them to view the available parking spaces through a website in huge parking lots.

In the last month, I have become interested in applications related to smart wear, able to use IoT tools to monitor your body.

Pros and cons of edge computing and cloud computing. How to manage data for the final user and for data analyst.

A free, cloud-based,and ready-to-use online MQTT Broker for IoT developers and testers. Just create your topics and pub/sub on maqiatto.com!

Allow users to build complex logic in a hub/gateway device without doing any programming. Includes support for the NXP IoT multi-sensor.

Learn how to build IoT telemetry simulators for Azure and Amazon cloud platforms using the Node-RED tool.

This will assist you with getting Alexa Skill to consume a Rest API.

AlexaBoat is using Alexa Skills Kit, AWS Lambda, AWS IOT and Raspberry Pi to control your boat from anywhere.

A voice app for Alexa that gives cool facts about mars.

Control all your home electronics over InfraRed. Use your Global Cache IP2IR with Alexa to Watch TV or Pause/Play your Tivo with your voice.

Make your AWS IoT based Alexa Skill ready to be securely used by multiple users!

This tutorial extends Drew Alden's project with modified Lambda code to address errors that began showing up while running Drew's code.

This is a step by step guide to getting the AWS IoT Button to access IFTTT's Maker Channel.

AWS-IOT provides server-side state management for applications where the Particle is asleep most of the time, i.e. battery powered.

The projects demos controlling various things (components) connected to Intel Galileo by simply posting MQTT messages from AWS IoT console.

Use Raspberry PI as network monitor box, always connected with AWS IoT/SNS to monitor network status or help power up/down device remotely.

Want to use the AWS IoT on any device that has a connection to the Internet? Use this tutorial to know how.