CONTEXT-AWARE AUGMENTED REALITY INTERFACE FOR INTELLIGENT CONTROL AND MANAGEMENT OF IOT DEVICES USING UNITY ENGINE

Abstract

The rapid growth of the Internet of Things (IoT) has introduced significant challenges in the efficient monitoring and management of interconnected devices using traditional graphical interfaces. This research proposes an augmented reality (AR) interface for seamless control and management of IoT devices using the Unity Engine. The proposed system integrates AR visualization with IoT communication to enable intuitive interaction with smart devices directly within the physical environment. The framework is implemented by configuring the development environment in Unity and integrating AR functionalities through the Vuforia Engine. Image targets are used to detect real-world objects, allowing the system to overlay interactive digital elements such as control icons and information panels onto physical devices. Through the use of C# scripting, interactive user interface components are dynamically rendered on AR markers, enabling users to monitor device status and perform control operations in real time. The developed application is deployed on Android devices to demonstrate practical implementation in smart environments. Experimental evaluation highlights the effectiveness of the AR interface in improving usability, reducing interaction complexity, and providing an immersive approach to IoT device management. The findings emphasize the potential of integrating AR with IoT to create spatial and intuitive control systems, opening opportunities for applications in smart homes, industrial monitoring, and intelligent environments