Messaging Application Using Bluetooth Low Energy

Abstract

Bluetooth Low Energy is a cutting-edge technology that consumes far less energy than classical Bluetooth, especially for low-data transmission tasks. It is of interest to various IoT applications due to its low maintenance and high self-operability. Most messaging apps in the industry consume a lot of energy and storage from their devices, requiring a diverse set of resources to operate. This can be a problem when dealing with constant data transmission in smart devices and machines. Especially in the circumstances and ideas of the present age, energy and storage are valuable commodities. We propose a method to build a messaging interface that can be used to communicate among various IoT devices with the help of Bluetooth Low Energy which consumes significantly less energy and storage space. The messaging interface is being designed and developed as per the Bluetooth Low Energy official documentation and guidelines provided. It involves making the messaging interface connect and communicate to an IoT device possessing Bluetooth Low Energy feature on Chromium-based web browsers. This approach only takes up a fraction of the resources required for traditional data communication techniques. However, there is a minimum resource requirement regarding RAM, Storage, and CPU usage affecting the performance of the proposed scheme. © 2023, The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd.