
Data fusion
Fuse data collected from multiple sources into one virtual environment and augment it with high-resolution imagery and terrain accurately positioned on a WGS84 globe.
Cesium was originally built to track objects in space, where precision is paramount, and detail and accuracy remain a foundation of our growing platform. Use our flexible, open architecture to seamlessly render massive datasets, track and simulate objects in air and space, analyze communications and monitoring data, and understand and predict change over time.
Sedaro Satellite uses CesiumJS to visualize the outputs from its cloud-scalable digital twin simulations, presenting an accurate, time-dynamic virtual globe and customer spacecraft data in interactive web apps.
Cesium helps Virgin Orbit get small satellites, including CubeSats, into low Earth orbit to support weather forecasting, scientific measurements, agricultural planning, environmental monitoring, and defense reconnaissance.
AGI's Commercial Space Operations Center (ComSpOC) uses Cesium to visualize tens of thousands of satellites — simultaneously and in real-time — to achieve its mission of sustained safety in space.
Orbit Logic uses Cesium in its software for mission planning, scheduling, and space situational awareness, enabling its customers to create better plans faster with fewer resources, more insight, and less risk.
Cognitive Space pairs CesiumJS with its AI to support satellite mission management, collection planning, and communications link coordination.
MathWorks offers the Satellite Scenario Viewer, built with CesiumJS, to visualize simulations from the Aerospace Toolbox, Aerospace Blockset, and the Satellite Communications Toolbox.
Fuse data collected from multiple sources into one virtual environment and augment it with high-resolution imagery and terrain accurately positioned on a WGS84 globe.
Use GPU-accelerated analysis tools for measurement, line of sight, and viewsheds, on the web with CesiumJS or in a game engine with Cesium for Unreal
Create precise simulations on the web or in a game engine by fusing geospatial datasets with vehicle tracks and time dynamic analytics to visualize complex systems for intuitive understanding.
Integrate with tools from our partner AGI, including Systems Tool Kit (STK), for time-dynamic 3D geographic visualizations and precise analytics.