Interactive weather forecasting display using Arduino & machine learning. Harness the power of ML models to make real-time rain predictions accessible to users.
Learn about the 4-20mA communication protocol and its significance. Explore how this standard is used for transmitting sensor data through current variation.
Overcoming problems caused by power-hungry components and communication protocols is a key consideration when designing smart devices that will be active 24/7.
Break-beam sensors are a straightforward and cost-effective way of detecting objects in applications, such as counting the number of people entering a room.
This compact industrial-grade device includes an onboard color camera and offers the processing power to make sense of the images picked up by the camera.
WipperSnapper offers makers an advanced way to manage their connected devices, allowing configuring physical components without writing a single line of code.
The Arduino IoT Cloud now offers an over-the-air (OTA) update function which you can use with connected IoT boards without having to connect them to a computer.
A simple beginner-friendly connected kitchen timer that lets you access most of its features from an online dashboard as well as the physical device itself.
The Arduino Cloud is a toolbox that includes easy-to-use tools that help you create, monitor, and update connected IoT projects across their entire lifecycle.
