Internet of Things Implemented with Mruby

The objective of this paper is to develop an Internet of Things (IoT) system that utilizes fusion sensors implemented with Mruby, a lightweight implementation of the Ruby programming language specifically designed for microcontrollers. The Mruby has been adapted to function on compact devices such as the Internet of Things (IoT) and other embedded systems. In addition, to improve communication efficiency in the IoT system. Thus, LoRa is well-suited for integration with the IoT system. The LoRa module, a low-power transmission technology, facilitates communication between embedded systems and other systems. LoRa is a technology that allows communication over long distances while consuming little energy, which is suitable for integration with IoT systems. As a result, this research has focused on embedded system development, which involves creating software and hardware components for IoT and embedded systems through design, coding, and testing processes. This involves a combination of software and hardware engineering, with an emphasis on creating systems that are efficient and reliable and able to satisfy specific performance standards. The microcontroller has successfully created a functional environment for running Mruby. This involves running the Mruby code in the microcontroller environment. The experiment demonstrates the procedure for setting up a Mruby environment and directory structure, along with the creation of a test program that can access real-time data.