This monitoring system tracks water levels in real-time, using cellular networks for efficient data transmission and flood prevention.
Part 1 of the series on optimizing ML shows how to do post-training quantization for the MaaXBoard OSM93
This camera enables flexible study of animals in areas with poor cellular reception, such as the mountain ranges of Colorado.
A computer vision system that detects and localizes surface cracks in concrete structures for predictive maintenance.
Recycle Bin that sorts rubbish based on the sound of collision using Edge AI audio classification.
Collect data to train a NN to detect synthetic fertilizer contamination. Then, get informed of the results via WhatsApp over LoRaWAN.
Indoor Solar Cells are here to help eliminate the need for constant battery replacements and usher in a new era of self-sustaining IoT.
Translate an onnx model so you can easily run it on Avnet's RzBoard
Loss of water through water taps that are either left unclosed is a problem. A Smart Water Tap Leakage Controller IoT Project is a solution.
A smart device that detects running faucets using a machine learning model and sends alert messages over a cellular network.
Measuring weather data 32, 000 feet above West Africa using the Helium LoRaWAN network.
Using data from different sensors and ML on the edge, this device can detect early sign of algae bloom and notify authorities or citizens.
Adapt your LED tea lights to run on "dead" batteries with this pretty holder!
Build a small circuit from salvaged components, to make an LED shine brightly from low-voltage sources.
Cloud connected, fully automated, smart indoor herb harvesting using Seeed Studio's Wio Terminal and Blynk app.
Here's how to connect your phone to a LoRa module using standard components you can buy everywhere, along with an example chat program.
Track the total volume of water spent and evaluate approx. evaporation rates by temperature, humidity, and pressure to prevent water overuse
Build a solar charging "sun hat" to keep your batteries topped-up on sunny days!
A highly efficient and compact generator that can be coupled with wind turbines or water wheels to produce upwards of 50V.
This solar powering unit is a time-switching, battery-powered, solar-charged circuit for Arduino.
Harnessing the power of the Cloud to actively monitor and analyze an indoor food garden that can feed you over the winter.
