God's Eye View: A Browser-Based Spy Satellite Simulator Built Entirely on Real Open-Source Data
> Original project: bilawalsidhu/gods-eye-view · 1,984 stars/day · JavaScript
A spine-chilling moment
You open a webpage. On screen is a 3D Earth—deep blue oceans, gray landmasses, live cloud layers. A plane is moving over the Atlantic. You click it and see the flight number, altitude, speed, destination. You switch to "cockpit view," the camera moves to the front of the aircraft, and terrain unfolds below.
Then you realize: this isn't a game, this isn't a simulation—the data is all real.
That aircraft is genuinely flying over the Atlantic. Its transponder is genuinely broadcasting position to the public ADS-B Exchange API. Earthquake data comes from the USGS real-time catalog. Satellite orbits come from NORAD TLE orbital elements. Ship AIS signals come from public vessel transponder networks.
God's Eye View aggregates these public signals onto a 3D globe in your browser—doing something that looks like spyware but is actually entirely open-source intelligence (OSINT).
Core insight: the bottleneck isn't data, it's interface
The project's central insight is profound:
> Most open-source intelligence is a pile of browser tabs. The signals are rich, but the interface is the bottleneck.
Think about how you'd track an event today—say, an earthquake. You open USGS for the epicenter, Flightradar24 for diverted flights, MarineTraffic for port activity, news sites for coverage. Each source lives in a separate tab, and you mentally stitch together "what happened here."
God's Eye View puts all these signals back where they belong—geospatial space. Planes fly on the map, ships move on the ocean, earthquakes flash red at their epicenters. No tab-switching needed, because everything is presented on the same 3D globe at its real geographic position.
This is an important design philosophy: data inherently has spatial attributes. Extracting it into tables and lists was a compromise where humans adapted to computers. Putting data back into space lets computers adapt to humans.
The data layer: all public signals
Every data source in God's Eye View is public:
- Aircraft: ADS-B transponder signals (via ADS-B Exchange API)—real-time position, altitude, speed, heading
- Ships: AIS (Automatic Identification System) signals—position, speed, destination port
- Satellites: NORAD TLE orbital elements (via SatCat)—live positions of the ISS, Starlink, and more
- Earthquakes: USGS real-time catalog, global quakes magnitude 2.5+
- Traffic: public traffic cameras with calibrated positions
- Weather: public meteorological data
The coolest feature: cockpit view
Click a flying aircraft, choose "cockpit view," and the camera moves in front of the plane with terrain unfolding below. This isn't pre-rendered animation—it's generated in real time from the aircraft's position and terrain data.
There's also a "contacts" feature: it shows every tracked object within 250 km of your target. You can page through nearby aircraft and jump into any cockpit at will.
This points to something deep: the "God's eye view" metaphor is powerful because it unifies many scattered perspectives into one coherent spatial experience. You're no longer "viewing an event from one data source"—you're "watching the whole world happen from space."
Voice control: AI agents as the interaction layer
God's Eye View also has hands-free voice control powered by a real-time AI agent. Speak into your microphone—"show planes near Tokyo" or "track this flight"—and the AI understands your intent and operates the map.
This is a great example: AI isn't generating content—it's understanding intent and operating the interface. That's closer to AI's real value than "generating an image with AI": AI as an interaction layer, letting humans operate complex systems in natural language.
Why "looking like spyware" matters
The project makes a fascinating design choice: it deliberately looks like a military intelligence system. GLSL shader modes including CRT, night vision, thermal, black-and-white, and snow. Military HUD-style overlays. Bounding boxes and IDs on detected objects.
This isn't for looks. It's to make users feel the seriousness of "I'm looking at real intelligence." The same data presented in bright Google Maps colors reads as "a visualization toy." Presented with a military HUD aesthetic, users recognize "this is intelligence."
That's a deep design principle: an interface's aesthetic style shapes how seriously users perceive its data. Identical data, different presentation—entirely different cognitive modes.
Democratizing open-source intelligence
There's a bigger narrative here: OSINT is shifting from professional tools to something anyone can use.
Ten years ago, tracking global aircraft required professional ADS-B receiver hardware and paid subscriptions. Now ADS-B Exchange offers a free API. Satellite orbital data has always been public (NORAD TLE), but it demanded specialized software. USGS earthquake data was always free, but you had to scrape it yourself.
What God's Eye View does is drop the barrier to entry for these sources to zero—just open a browser. This is the same category of thing as Wikipedia democratizing knowledge or Linux democratizing operating systems: taking capabilities once locked behind professional walls and putting them within everyone's reach.
Why it gained 1,984 stars in a day
Several reasons the project took off:
1. Visual impact: 3D globe + live aircraft + military HUD aesthetics—a screenshot is enough to go viral on Twitter 2. The "looks illegal but is legal" contrast: users' first reaction is "is this legal?"—then they find it's all public data, and that contrast is itself shareable 3. A creator with 5M+ YouTube subscribers: bilawalsidhu's God's Eye View series has over 5 million views on YouTube 4. High implementation quality: not a toy—production-grade code that actually runs
A deeper observation: spatial intelligence is the new search
God's Eye View represents a larger trend: spatial intelligence is becoming a new search paradigm.
Traditional search is "keyword → documents." Spatial intelligence is "location → all related data." Want to know what's happening in Tokyo right now? Instead of searching "Tokyo news," you locate Tokyo on a map and see nearby aircraft, ships, earthquakes, weather, and traffic cameras.
This paradigm shift means: geospace is no longer an attribute of data—it's the way data is organized. All data with spatiotemporal attributes should be queryable on a map—not crammed into tables and lists.
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Project: github.com/bilawalsidhu/gods-eye-view Author's blog: spatialintelligence.ai
One-line takeaway: God's Eye View puts public OSINT back where it belongs—geographic positions on a 3D globe—using an interface that "looks like spyware" to carry content that is entirely public data, positioning spatial intelligence as a new search paradigm.