Photorealistic 3D globe
View the world on a photorealistic 3D globe powered by Google Maps tiles, with the globe acting as the main interface for spatial exploration.
God's Eye View
God's Eye View is an open-source browser app for live public data on a photorealistic 3D globe, with aircraft, ships, satellites, earthquakes, traffic, and public cameras labeled by freshness.
Overview
God's Eye View is an open-source browser app for live spatial intelligence on a photorealistic 3D globe. It presents public data feeds as an interactive world view, combining aircraft, ships, satellites, earthquakes, traffic, and public cameras in a single interface.
The project emphasizes transparency about what is live and what is modeled. The README and data-sources documentation note that each layer exposes its source and freshness state, while some views are labeled as simulated, reconstructed, delayed, or unavailable when a live feed is not present.
Core capabilities
Multiple live public data layers
Track live aircraft, ships, satellites, earthquakes, traffic, and public cameras from the browser, with per-layer source and freshness states shown in the interface.
Click-to-track targets
Lock the camera onto a selected object, draw a trail, and surface metadata so you can follow a target as it moves.
Voice control and annotations
Use voice input to speak annotations and commands, supported by a realtime AI agent for hands-free interaction.
Alternate sensor-style views
Switch between visual modes such as CRT, NVG, FLIR/thermal, Noir, and Snow to inspect the same scene with different sensor-style looks.
Shareable scene links
Serialize the current camera, style, layers, and tracked target into a shareable URL for handing off an active scene.
Where it fits
Aircraft tracking and cockpit exploration
Follow an aircraft from the sky view into a cockpit-style perspective, using the tracked-contact workflow and nearby contacts list to stay oriented.
Vessel and camera-based situational viewing
Inspect maritime traffic or other moving targets and hand off to the nearest live camera when one is available.
General live map exploration
Explore public overlays such as earthquakes and traffic on top of the globe when you want a fast way to browse live world activity.
Hands-free briefing and annotation
Use voice commands and annotations to mark routes, boundaries, or notes without relying on mouse-heavy interaction.
Live scene handoff and presentation
Create a shareable scene for a demo or review, including the current camera, selected layers, and tracked target.
Pros and Cons
Pros
- Open source code with MIT licensing for the repository.
- Brings several public live sources into one browser-based 3D interface.
- Shows source and freshness status for layers instead of hiding data gaps.
- Supports hands-free interaction through voice control.
- Can be explored locally in a browser with a documented setup path.
Cons
- It depends on third-party data and visual assets, each with its own license and terms.
- Some bundled data is noncommercial, so commercial use requires removing or separately licensing those sources.
- Not every view is live; the app explicitly includes modeled, reconstructed, delayed, partial, and unavailable states.
FAQ
What is God's Eye View?
It is a browser-based spatial intelligence app that combines live public feeds on a 3D globe with interactive controls, so you can explore aircraft, ships, satellites, earthquakes, traffic, and public cameras in one place.
What do I need to run it locally?
You can use it in a browser on your own machine. The README says the dev server runs locally, requires Node.js 24.14.x or 26.x, and uses a Google Maps API key for the photorealistic globe.
Can it be used commercially?
The project is open source under MIT for the code, but third-party data and visual assets keep their own licenses and terms. The data sources file also notes that some bundled data, such as TeleGeography, is noncommercial and must be removed for commercial use unless separately licensed.
Is every view fully live?
The app shows live sources where available and clearly labels modeled, delayed, partial, or unavailable states. The README also notes that some experiences are reconstructed or simulated rather than live.
What kinds of data sources does it use?
The project includes references to live sources such as Google Maps tiles, OpenSky, adsb.lol, AISStream, meteorological and earthquake feeds, and public camera sources, but the exact set used depends on the layer you enable.
Quick Facts
- Category
- Developer Tool
- Platform
- Browser / local web app
- Source URL
- github.com/bilawalsidhu/gods-eye-view
- Primary use
- Live spatial intelligence on a 3D globe
- License
- MIT for code; third-party sources retain their own terms
- Setup
- Node.js app with a Google Maps API key required
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