Developer Lukas Nagy has released Orbit, an iOS application that tracks satellites, planets, and constellations using augmented reality [1].
The app allows users to visualize the dense network of human-made objects currently orbiting Earth. By combining real-time data with AR, the tool transforms a mobile device into a window for observing the invisible infrastructure of global communications and surveillance.
Orbit provides three distinct ways to view celestial data: an augmented reality overlay, a traditional 2D map, and a 3D globe [1]. These features enable users to identify specific objects based on their current location and the trajectory of the satellites above them.
To power these visualizations, the application utilizes data from CelesTrack [1]. According to Nagy, the app includes more than 15,000 objects tracked by the service [1]. This volume of data provides a comprehensive look at the sheer number of active and inactive satellites in low Earth orbit.
Nagy said that this project represents a milestone in his development career. "This is my first published iOS app, so any feedback is grea," Nagy said [2].
The tool is designed for both casual stargazers and those interested in the technical aspects of orbital mechanics. By mapping the positions of these objects, the app provides a tangible sense of the scale of space debris and satellite constellations, a growing concern for international space agencies.
Orbit is currently available for iOS devices [1].
“The app includes more than 15,000 objects tracked by CelesTrack”
The release of Orbit reflects a broader trend of democratizing complex aerospace data. By utilizing CelesTrack data, the app makes the 'invisible' congestion of Earth's orbit visible to the general public, highlighting the increasing density of satellite constellations that now define modern global connectivity.
