Smart Emergency Response for “0+Infinito”
Digital Twin for Smart Emergency Response
Laying the foundation for an immersive, data-driven evacuation planning system at UBA’s flagship smart building.
A Vision for Intelligent Emergency Planning
This project proposes the creation of a smart emergency response system based on a Digital Twin (DT) of the “0+Infinito” pavilion — a 17,200 m² sustainable smart building at the University of Buenos Aires, which hosts more than 5,000 users daily. The system will simulate critical emergency scenarios, such as fires or gas leaks, and provide dynamic evacuation route optimization based on real-time conditions. By integrating Unreal Engine for 3D visualization and synthetic data generation with PowerDEVS, a scientific simulation toolkit, the DT will be continuously updated using sensor inputs and mobile robot data, reflecting the actual occupancy, layout, and environmental status of the building.
3D Environment Complete, Integration Underway
The foundation of the project is a detailed 3D reconstruction of the “0+Infinito” pavilion, already developed by two undergraduate students using Unreal Engine. The model replicates the building to real-world scale and includes procedurally placed architectural and natural elements such as windows, greenery, and characters. While procedural behaviors, soundscapes, and dynamic NPC systems are part of the planned development, this initial 3D environment lays the groundwork for future integration of immersive features. Upcoming phases will focus on connecting this environment with PowerDEVS simulations, implementing real-time sensor data, and developing interfaces for evacuation planning and immersive training through VR/AR technologies.
