Digital Twin based Visualization Framework for Computer System Monitoring

Digital Twin technology has emerged as a transformative approach for representing and monitoring physical systems through synchronized virtual models. This project presents the design and implementation of an interactive and animated Digital Twin framework developed specifically for computer laboratory system monitoring. The proposed system creates a real-time virtual replica of a physical computer lab by integrating three-dimensional modeling and performance data visualization into a unified simulation environment.The virtual laboratory environment is designed using Blender for detailed 3D modeling and implemented in Unity to enable real-time rendering, animation, and interactivity. Each physical computer system within the laboratory is mapped to a corresponding digital counterpart inside the virtual space. System performance metrics—including CPU utilization, GPU usage, temperature levels, and overall system load—are continuously collected and dynamically visualized through embedded virtual monitors within the Digital Twin environment. These metrics are represented using intuitive visual components such as animated indicators, progress bars, numerical displays, and color-based state variations.