Interactive Webapp

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In Solus Aurora, users can effortlessly explore a detailed, realistic 3D representation of Earth, offering an immersive experience to visualize the impact of geomagnetic storms on a global scale. With smooth navigation and interactive features, users can zoom in to see localized effects on different regions and populations, while toggling between the different data visualizations—such as aurora visibility, solar wind particles, and markers showing the effects of the geomagnetic storm. Tooltips, which are visible when you hover over the markers, provide educational insights into what exactly these storms affect as you explore the dynamic relationship between solar events and their influence on Earth.

Disruption Markers

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Various points are plotted across the globe, marking locations where people have reported different types of electronic malfunctions. Hovering over each point reveals details about the specific disruption, giving users immediate insight into the nature of the impact at each location.

Aurora Visiblity Heatmap

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Solus Aurora also includes an aurora visibility heatmap, showcasing regions where auroras were most prominently visible, using data reported by citizens. A clear legend accompanies the heatmap, helping users easily interpret the visibility levels and understand the significance of the data at a glance.

Solar Wind Simulation

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Solus Aurora features a dynamic solar wind simulation, powered by NASA OMNIWeb data, which visualizes the flow of solar wind particles interacting with Earth's magnetosphere. Users can toggle this simulation on and off, observing how solar wind conditions influence geomagnetic storms and auroras based on historical data from the May 2024 geomagnetic storm. This interactive tool provides a deeper understanding of the forces driving space weather events, with clear visual cues that bring the data to life.

2024 NASA Space Apps Challenge

Solus Aurora