3D Visualization
SkyCues' 3D visualization feature offers a lifelike view of terrains using the latest satellite data, helping users better understand spatial relationships and elevation.
Gain an immersive perspective with our 3D visualization feature, which offers a realistic view of the environment using the latest satellite data. This technology allows users to visualize terrains and natural ecosystems in a lifelike 3D format. By providing a three-dimensional representation, SkyCues enables users to better understand the spatial relationships and elevation features of different environments.
Use Cases
Defence & Security
Gain a strategic understanding of areas of interest by visualizing terrains in 3D. Military and defense agencies can use this data to assess geographical features, plan missions, and enhance operational effectiveness.
Disaster Response
Assess the impacts of natural disasters such as floods, landslides, and hurricanes with 3D visualization to support effective response planning. Emergency response teams can use this data to identify affected areas, plan rescue routes, and allocate resources more efficiently.
Infrastructure Development
Utilize 3D models to visualize terrain features and incorporate elevation data into infrastructure planning projects. Engineers and planners can assess the suitability of a site for construction, identify potential challenges, and develop solutions that take into account the physical characteristics of the landscape.
Professional Insight
Our 3D visualization leverages the Glo-30 30m Digital Surface Model (DSM) in combination with EarthToDate imagery to create detailed, intuitive visualizations of natural environments.
This integration ensures that users receive accurate topographic information, enhancing the decision-making process for projects that require elevation data and terrain analysis. However, it is important to note that due to the use of the 30m DSM, finer details like individual buildings or urban infrastructure may not be fully represented in 3D.Instead, larger geographical features such as hills, mountains, and ravines are prominently visible, which is ideal for broader terrain analysis.