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Study Papers | Computer Science | India | Volume 12 Issue 6, June 2023

Lightweight Machine - To - Machine Communication Solution on Android Platform

Golla Nikhil Yadav

Abstract: The term "machine - to - machine communication," or "M2M, " refers to a variety of technologies that deal with machine autonomy in communication. In order to manage equipment remotely, a variety of business sectors have been using M2M solutions for the past ten years. The fact that they are all expensive and necessitate infrastructure adaptation is a feature shared by almost all of those alternatives. Additionally, they are frequently created from a number of interconnected systems, which means that maintenance is needed for a number of them. The idea of creating a simple replacement for current M2M solutions using only widely available hardware and communication standards is examined in this study. Here, the term "lightweight" refers to a system that is movable on both ends, adaptable, and inexpensive to set up and operate. The technology might be made available in new business sectors by creating a lightweight M2M architecture, and new service categories might emerge as a result. The prototype's goal is to empirically demonstrate if it is feasible to create a lightweight M2M solution in this way. The solution uses a Cinterion TC65T as a slave device to which the sensors can be connected and the Android platform for the backend and user interface. Although the built system has security and performance limitations, it nonetheless serves as a proof of concept for this type of M2M solution.

Keywords: M2M communications, sensors, light authentication, and industrial IoT

Edition: Volume 12 Issue 6, June 2023,

Pages: 2846 - 2849