Learn how to build AI powered mobile apps and IoT projects with MIT App Inventor, Raspberry Pi, Arduino, and ESP32 using visual programming. Want to create AI-powered mobile apps without dealing with ...

Digital technologies in agriculture are often associated with sophisticated, high-end, or network-capable systems based on robotics, remote sensing, or IoT. These systems, however, remain financially ...

I have built a local WiFi-based smart home system that works without internet. The ESP32-S3-BOX3 creates its own WiFi network (Access Point mode). my MIT App connects to that WiFi with speech ...

As part of UCL Computer Science’s commitment to public engagement and educational outreach, the module supervisors of Design Sensor Systems within the Systems Engineering for the Internet of Things ...

Abstract: Swarm robotics entails the collective motion of multiple robots to perform tasks efficiently. Integrating an advanced software interface to communicate and coordinate each robot would ...

Creating an Arduino Bluetooth control device with an HC-05 Bluetooth module enables control of lights or even relays to manage AC appliances wirelessly using an Android smartphone. Communication ...

Abstract: In home automation, integrating Arduino and Android technology has paved the way for sophisticated yet user-friendly solutions. This paper presents a detailed guide on building a ...

A complete home automation system developed on ESP32 microcontroller using freeRTOS. The system is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor. A robot car ...