다비오

▲ Examples of 3D reconstruction technology application (from left) - A building restored through 3D modeling, a digital twin city recreated in digital space, Air Flow Simulation of 3D reconstructed urban spaces

3D reconstruction technology is no longer a foreign concept. Widely utilized across various industries, it has also begun to impact everyday life. Urban-scale 3D reconstruction, known as 'Digital Twin', helps to deeply understand current cities, facilitating better urban planning and design. Rugged terrains difficult to access by humans and combat zones can now be observed and analyzed without physical access, thanks to 3D reconstruction. The technology continues to evolve to yield more precise and accurate data.

3D reconstruction technology is based on the establishment of 3D spatial information. This information, representing the location and shape of objects or terrain elements on X, Y, and Z axes, is used to model and analyze real-world spaces. It allows for visual simulations and situation modeling, enabling effective decision-making by considering various predictive scenarios. In an era of uncertainty, acquiring high-quality 3D spatial information becomes critical for the survival and competitiveness of cities and nations. This is why companies like Dabeeo, which leverage AI for spatial information analysis, are gaining attention.

Dabeeo is an AI company specialized in transforming image-based spatial information, collected via satellites, aerial photography, and drones, into digital spatial data. Dabeeo possesses advanced 3D reconstruction technology, capable of quickly creating 3D virtual spaces of extensive areas without spatial limitations, based on its proprietary AI deep learning algorithms. The company has carried out numerous 3D data construction projects both domestically and internationally. Recognized for its core 3D reconstruction and data modeling technology, Dabeeo was selected as a defense innovation company in 2023.

▲ Simulation of wind flow based on a 3D reconstructed area of an urban environment

Moreover, Dabeeo's 3D reconstruction technology is evolving to contribute to public domains. An example is urban wind path analysis. This analysis simulates the flow of wind based on 3D modeled actual urban spaces, considering various infrastructural elements such as buildings, urban facilities, the ground, and roads. Visualized with arrows, colors, and saturation levels to be easily understood by non-experts, it predicts and analyzes the flow and stagnation of air pollutants in densely infrastructured cities. This insight is expected to be valuable for future urban planning, such as redevelopment and new city development considering wind circulation. The wind path simulation concept is being discussed with relevant departments and agencies for further development to address various threat scenarios, such as the spread of chemicals in the atmosphere.

Dabeeo's CEO, Park Ju Hum, stated, “Just as Dabeeo's motto, 'Reading and Interpreting the Earth', suggests, we will continue to enhance our technology to accurately analyze and provide meaningful data on various spaces reconstructed in 3D. This will aid better decision-making in various fields for public benefit, including environmental management, urban planning, and national defense and security.”