Bilawal Sidhu follows up on the viral open-source release of God's Eye View (a browser-based "spy satellite simulator" that layers live flight, vessel, traffic, CCTV and other data over 3D map tiles) with two things: how to install it without being a coder, and a full feature walkthrough. Installation is either a one-click Pinocchio installer or dropping the GitHub repo into a local AI coding agent like Claude Code or Cursor. The rest is a tour of flights and cockpit mode, voice control via an OpenAI key, CCTV and traffic layers, vessel/AIS coverage gaps, earthquakes, fires, data centers and submarine cables, ending with how to use the tool as a base for disaster reconstructions and custom layers.
- Two install paths: non-coders use the officially featured Pinocchio installer (version 8.2 fixed a known bug), while anyone else can paste the GitHub link plus the prompt in the description into a local coding agent like Codex, Claude Code, Cursor or Antigravity.
- It runs keyless on a 2D Cesium globe; a Google Maps key is cheap or free for most users, and Cesium offers a free community account with access to Google 3D tiles for personal, non-commercial use.
- Flight data comes from tens of thousands of volunteers worldwide running ADS-B receivers, effectively crowd-maintaining a digital twin of every plane in the sky; white tracks are commercial, yellow are military.
- Voice mode (OpenAI API key, GPT realtime standard or mini) can toggle layers, fly to places, mark and orbit locations, draw and fly routes between two points, and answer general knowledge questions about whatever you're looking at.
- CCTV feeds are genuinely live but refresh only one frame every 5–10 minutes, a deliberate privacy choice by cities like Austin so individual vehicles can't be tracked; traffic density coloring comes from aggregate TomTom location data.
- Vessel coverage is uneven because free AIS providers rely on shore-based receivers — Rotterdam and the English Channel look packed while the Strait of Hormuz looks empty; satellite RF vessel data costs thousands to tens of thousands of dollars, with surge pricing on the regions people most want to watch.
- Free Sentinel satellite imagery is roughly three days delayed, including over war zones, which Sidhu frames as governments reacting to OSINT getting too powerful at the cost of public awareness.
- The intended use is as a foundation: viewers have used it for Nepal disaster reconstructions by having an AI agent pull USGS reports and social media clips onto the map, and contributors have added things like license plate readers and a proposed cheap software-defined radio layer.
A sharp, concrete explanation of how maritime tracking data actually works and why the free tier goes blind exactly where geopolitics is most interesting.
Why the hell are there no vessels in the Strait of Hormuz? ... You need a bunch of coverage near these shorelines, and for the free API that we're using for AIS vessels — AIS Stream — you'll get great coverage in Europe, in the US, but not so much in these areas.
Shows the actual payoff of the project — not a toy globe but a workflow for reconstructing real events from public data and social video.
By asking your agent to pull this open source data from planet vendors and officially reported sources, you can say, hey, can you please find the right data and plot it on the map ... you can see the path that the flood went down and all the clips that were recorded along the way.
In aggregate, those tens of thousands of people are building and maintaining a digital twin of all the planes on the planet.
OSINT is getting a little too powerful, so the governments are of course taking caution — but that kind of sucks too, because we the public are delayed in knowing what's actually going down.
When you start looking at this from a God's eye view, you suddenly realize this is literally the nervous system of our planet.