Learn how to build a WiFi-enabled Arduino Weather Monitoring System that reads temperature, humidity, pressure, air quality, and more using sensors like DHT11, BMP180, and MQ135. This hands-on project ...

While IoT-powered condition monitoring offers numerous advantages, companies must also be aware of potential challenges. One key challenge is integrating IoT systems with legacy equipment that wasn’t ...

🔊 Collision detection (avoid those bumps with IR sensors) 🌡️ Environment monitoring (track humidity, temperature, and heat index) All these projects are built using Arduino, ESP32, and some cool ...

Arduino’s introduction of real-time alerts for IoT projects is a significant step forward in the IoT landscape. It not only enhances the functionality of IoT devices but also makes them more ...

An Arduino MKR1000 reads the water temperature and controls the servos that allow him to start the shower from his phone. Time and temperature data are sent to the cloud using ThingSpeak.

Arduino IoT Cloud Integration: o Use Arduino IoT Cloud for remote control and monitoring. o Secure communication via a Thing ID and a Device Secret. ESP32: o Acts as the microcontroller and connects ...

The Arduino IoT Remote app also offers features such as syncing dashboard cover images across devices, enabling or disabling triggers from the Notification Detail screen, and clearing ...

This paper presents an implementation of a Wireless Internet of Things (IoT) system applied to the traction motor drive condition monitoring in electric vehicles (EVs). The design and testing of the ...

Iridium Certus 7904 Satellite IoT Developer Kit is a compact Arduino-programmable devkit with satellite connectivity, a microSD card for data storage, USB and LiPo battery power support, and various ...