True scale 3D City Model

Our services is to provide 3D City and stand-alone3D Model that provides professional users in architecture, urban planning, entertainment, simulation, GIS, and general 3D content production  with a unique conceptual design and modeling solution for the efficient creation of 3D cities and  buildings.

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  • APPLICATION
  • 3D city models can be used for a multitude of purposes in a growing number of different  application domains.  
  • Navigation systems: 3D navigation maps have become omnipresent both in automotive and
  • pedestrian navigation systems, which include 3D city models, in particular, terrain models and 3D building models, to enhance the visual depiction and to simplify the recognition of locations.
  • Urban Planning and Architecture: To set up, analyze, and disseminate urban planning
  • concepts and projects, 3D city models serve as communication and participation medium.
  • 3D city models provide means for project communication, better acceptance of
  • development projects through visualization, and therefore avoid monetary loss through
  • project delays; they also help to prevent planning errors.
  • Spatial Data Infrastructures (SDIs): 3D city models extend spatial data infrastructures and support the management, storage, and usage of 3D models within SDIs; they require not only tools and processes for the initial construction and storage of 3D city models but also have to provide efficient data management and data distribution to support workflows and applications.
  • GIS: GIS support 3D geodata and provide computational algorithms to construct, transform, validate, and analyze 3D city model components.
  • Emergency Management: For emergency, risk, and disaster management systems, 3D city
  • models provide the computational framework. In particular, they serve to simulate fire, floodings, and explosions For example, the DETORBA project aims at simulating and analyzing effects of explosion in urban areas at high precision to support prediction of effects for the structural integrity and soundness of the urban infrastructure and safety preparations of rescue forces.
  • Spatial Analysis: 3D city models provide the computational framework for 3D spatial analysis and simulation. For example, they can be used to compute solar potential for 3D roof surfaces of cities,
  •  visibility analysis within the urban space, noise simulation thermographic inspections of buildings
  • Geodesign: In geodesign, virtual 3D models of the environment (e.g., landscape models or urban models) facilitate exploration and presentation as well as analysis and simulation.
  • Gaming: 3D city models can be used to obtain base data for virtual 3D scenes used in online and video games.
  • Cultural Heritage: 3D city model tools and systems are applied for modeling, design,
  • exploration, and analysis tasks in the scope of cultural heritage. For example, archeologicaldata can be embedded in 3D city models.
  • City Information Systems: 3D city models represent the framework for interactive 3D city
  • information systems and 3D city maps. For example, municipalities apply 3D city models as
  • centralized information platform for location marketing.
  • Property Management: 3D city model technology can extend systems and applications used in real-estate and property management.
  • Intelligent Transportation Systems: 3D city models can be applied to intelligenttransportation systems.
  • Augmented Reality: 3D city models can be used as reference frame for augmented reality applications

Methodology and technology involved 

Mobirise

Methodology and technology involved 

The hardware involved in our solution inclusive the Switzerland technology base UAV and Japan true  scale 3D point cloud lidar system.  Both hardware are at the world cutting edge technology.. but to build and true scale 3D city model is  a big problem due to data integration to come out a true scale city model. All data will be process, combine and reedit and final product will be in the ESRI CITY ENGINE.  

Mobirise

Build smarter cities 

Start building smarter cities today. Use the power of 3D Model to make dynamic detailed  "cityscapes" which can be managed and maintained easily.  

Mobirise

3D Data Collection  

3D objects can be modelled from different data sources. Many 3D reconstruction techniques have
been developed from the 2D and 3D GIS perspective. However, the resulting data set looks often
more like a CAD model. This is especially true for 3D building model reconstruction. Alternative
solutions include: - Map-based by extruding existing footprints with a given height- Image-based by
using close-range, airborne or satellite images- Point cloud-based, where the point cloud results from active sensors like laser scanning. Surveying and mapping for GIS applications generally differs  from those for the CAD community. Often CAD designers need data which are not of particular  interest for GIS applications, such as trees, bushes, and traffic signs

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