Octopod, a uniquely shaped full home automation system that allows you to monitor your home and keep security with AI and smart RFID locks.
IoT sensing, notifications, and analytics platform for urban and large-scale agriculture with automated irrigation, using Sigfox technology.
Auto watering the plant and tracking plant's health through Helium and Microsoft Azure IoT.
A modular monitoring system for endemic species in Mexico with the incorporation of Sigfox technology. Available for outdoors environments.
An Arduino 101 lets us Reinvent the Future of Eco-monitoring! Come and Seeed how the Grove IoT kit makes it better!
This is the first generation of my Arduino based mini-weather station with Wi-Fi connection, which is able to post data publicly online.
Smart home system using MediaTek Linkit, Xbee, Arduino, Orange PI and Azure
Complete Digital Clock including many features: Alarm, Temperature, Humidy, Dew Point, RTC and PIR (Presence Infrared Sensor).
Spark Core / Photon / Electron Water Sensor with SMS alerts via Twilio or any webhook via IFTTT
Monitor the Temperature, Humidity, Pressure, Air Quality, Dust particle concentration online & even detect Fire using LinkIt ONE & Sensors.
saving water smartly.
If you plan on a vacation, here is a great project to track the temperature and soil moisture of your Plant using dweet.io and AWS IoT.
Connect a basic sensor station to Arduino Cloud and visualize real time data.
Build an online water monitoring system that never stops.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture. Know the land beneath you!
Air Quality Monitoring that uses the Intel Edison Compute Module, Amazon AWS, Visualization through Kibana, and drones!
A solar-powered open source kit for monitoring air quality, sound level, humidity, and temperature.
This ergonomic-sensitive chair add-on will help you chair-ish your health!
Monitor weather and security remotely with Blynk and the CC32000 LaunchPad!
This is first edition project made using LinkIt One. The final outcome will be a portable device showing air quality on web.
Monitor your campus with SeeeduinoCloud and Microsoft Azure services.
Monitor temperature from LinkIt, communicate it to node.js server over MQTT, then finally log it into a MongoDB database.
Want to learn how to trigger events when a known Bluetooth device is nearby using the BBGW? Here's a python example to get you started!
Create a real-time sensor data dashboards using PubNub & TI LaunchPad development kits.
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