Modular Design for a Flexible IoT Monitoring and Control Application using Flutter

Abstract

The Internet of Things (IoT) has emerged as a transformative technology that enables smart environments
through extensive sensor networks and connected devices. However, the diversity and heterogeneity of IoT devices pose
significant challenges in developing versatile applications capable of monitoring and controlling a broad spectrum of
sensors and actuators. This paper proposes a novel modular design for a flexible IoT monitoring and control application
using Flutter, a popular framework for developing cross-platform solutions. Our design leverages Flutter’s robust UI
capabilities and its efficient communication with backend services to offer a scalable and customizable interface that can
adapt to various IoT deployments, from domestic to industrial settings. The modular architecture allows users to specify
and configure the application to dynamically include any combination of devices and functionalities, catering to specific
needs without additional programming