Visualization and Situational Awareness

Visualization & Situational Awareness

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3D Visualizations for Understanding Complex Systems

We develop 3D system visualization software for modeling complex systems, networks and moving platforms across space, air, sea, and land. By combining intuitive user interfaces with high technical accuracy, we enhance understanding and communication of complex scenarios.

Our visualizations transform data into actionable insight and enhanced situational awareness, including use cases in space situational awareness, as well as a wide range of other applications. Typical domains include space-based connectivity, defence, telecoms, automotive, and aviation.

Magister SimLab is an example of our system visualization software, having been used in multiple international projects to model, analyze, and present complex scenarios.

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Complex System Visualization & Exploration

Explore complex system behavior, spatial relationships, interactions, and mobility through an intuitive interface that makes scenarios easy to understand.

Communication & Decision Support

Use high-quality 3D visuals and animations to communicate scenarios, performance, and trade-offs clearly to stakeholders, customers, colleagues, and decision-makers.

Place Data in Real-World Context

Translate data and realistic spatial and environmental contexts, improving situational awareness.

What We Visualize

Our system visualization solutions are designed to represent complex systems as they operate in the real world, combining system-level, spatial, and temporal perspectives. Typical visualized elements include:

Moving assets and platforms (e.g. satellites, UAVs, vehicles, user devices)
Networks, links, and connectivity between systems
Physical environments and operational contexts
Time-dependent behavior and system evolution

Visualization of a large-scale satellite constellation

Our Visualization Software Across Projects

Demonstrating hybrid 5G TN/NTN network scenarios

DYNASAT: Demonstrating the future of 5G Non-Terrestrial Networks

The DYNASAT project explored ways of improving 5G NTN performance, and Magister played a key role in demonstrating these innovations through Magister SimLab.

Using SimLab, we visualized hybrid 5G TN/NTN network scenarios, including multi-connectivity between 5G non-terrestrial satellites and coordinated dynamic spectrum access in hybrid TN/NTN satellite environments.

SimLab was used to create animations, effectively highlighting the main elements and benefits of these features.