Enhancing Cultural Heritage Monitoring: Integrating Hbim-Iot Towards A Digital Twin

In our study, we propose the application of advanced technologies such as digital scanning, Historic Building Information Modeling (HBIM), and Internet of Things (IoT) for effective management of architectural heritage, with a focus on monitoring and documentation activities. Our research centers on the Juscelino Kubitschek House Museum (MCK), an icon of modern Latin American architecture designed by the renowned Oscar Niemeyer and protected as a cultural heritage at state, national, and internationally recognized levels. We employ HBIM modeling for documentation, based on Terrestrial Laser Scanning (TLS), and for monitoring, we utilize a microcontroller system like the Arduino Uno board with a DHT11 sensor to capture temperature and humidity data, integrating them into a cloud-based IoT server. We emphasize the interoperability between software and data in the HBIM and monitoring processes, facilitating decision-making in architectural heritage management through technological applications, thereby contributing to its digital preservation and real-time monitoring.