This DIY project brings WALL-E to life with movement, sounds, LEDs and gyroscope controls.

Learn how to build AI powered mobile apps and IoT projects with MIT App Inventor, Raspberry Pi, Arduino, and ESP32 using ...

Low-code development tools continue to simplify the creation of mobile and IoT applications, particularly for projects ...

Nesso N1 IoT development kit from Arduino. The Nesso N1 is a powerful, compact, and ready-to-go development kit that brings the full flexibility of the Arduino ecosystem to connected devices and ...

How do headphones, toys, gadgets and other devices talk to each other without any wires? Many of them connect with Bluetooth.

Say it with me: Bluetooth is not your friend. It turns out that the frustratingly buggy way to pair speakers, printers, and numerous other third-party devices with your smartphone or computer can't ...

Rev Adrian Kennard (RevK) has designed several open-source hardware ESP32-S3 WiFi and Bluetooth IoT boards with WAGO ...

Reducing RF tradeoffs in the wireless IoT landscape. The monolithic integration for RF modules. Features of pSemi's PE562212 front-end module. Multiprotocol wireless SoCs handle most of the heavy ...

This perspective highlights how green solvents, artificial intelligence, and life cycle assessment can be integrated to guide perovskite solar cells toward safer processing, lower environmental impact ...

A review summarizes recent advances in wheat transformation and regeneration-promoting factors as well as highlights an integrated multi-omics and pangenomics framework to develop strategies for ...

Two ESP32-S31 development boards are currently in the works, and the documentation is already available. The ESP32-S31 was unveiled last March, and it’s the most feature-rich ESP32 wireless ...

Explore the features of Cardo HJC 4X, a premium Bluetooth 5.2 intercom upgrade for HJC helmets with group connectivity and ...