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Real network topology
The World Ledger.
Every dot is a real machine — a public node or validator on the actual XRP Ledger network, plotted at its real geolocated position. When the ledger closes for real, every validator pulses at once: consensus, rippling outward like a drop hitting water.
That hum beneath the globe is real, not stock audio: it crossfades endlessly between five actual NASA recordings — Jupiter's radio-charged lightning, Saturn's eerie “chorus,” and Enceladus, the mysterious icy moon of Saturn, which spews plumes hundreds of miles into space. Enceladus has an electromagnetic bond with Saturn that often generates whistles, and the other two are also real Cassini recordings of Saturn's own radio emissions — one a steady, rolling hum, the other a spookier, more otherworldly register — the whole crossfade layered under a real recording of ocean and wind. The bell-like chimes are the one synthesized part: each real ledger close rings a chime for a few of the real validators that just confirmed, each one panned left to right by that validator's true longitude, so the sound roughly traces the geography you're watching. Listen closely every few minutes for the actual 1957 Sputnik-1 beacon beep cutting through.
You can also watch two more real, live signals on this same globe: the International Space Station's actual current position, tracked and updated every few seconds, and a true real-time depiction of the aurora borealis, redrawn continuously from NOAA's own space-weather data.You can grab the globe with your cursor and move it to look from any angle.The globe will rotate on its own after tapping.
Tap to hide this panel and see the full globe — tap anywhere to bring it back
Live network — real data
Validators—
Peer nodes—
Named validators—
Mapped at—
Watching for the next real ledger close…
International Space Station — live
PositionLocating…
Fix taken—
Contacting wheretheiss.at…
Aurora borealis — live
Geomagnetic (Kp)—
Storm level—
IMF Bz—
Solar wind—
Contacting NOAA SWPC…
Drag to spin · scroll to zoom · tap a dot to identify it
Mapping the live XRPL network…
Ambient mode · move or press any key to exit
Real data, no fabrication: node and peer positions come from the XRP Ledger Foundation's public network topology API; validator identities from XRPSCAN's validator registry; coordinates resolved via ip-api.com geolocation. Ripple pulses and the network-communication animation trigger on real ledger events from the same live XRPL stream powering the main monitor — no simulated transactions. IP addresses shown are partially masked for privacy.
Earth imagery: daytime map from NASA's Blue Marble Next Generation composite; night lights from NASA's Black Marble city-lights composite. No country borders or labels are rendered. The day/night line is computed live from an actual solar-position formula driven by your device's clock, not a static image.
Communication lines (stylized): the XRPL Foundation's topology data gives real validator positions and real peer counts, but not the literal packet-level routing/gossip graph — which specific validator talks to which other one isn't published anywhere. So each animated line connects a real validator to its true nearest geographic neighbor (a deterministic mesh computed from actual coordinates), not a measured connection. What's genuinely real: the trigger. These lines and the traveling pulse only fire on an actual ledger close event from the live stream — the timing is real even though the specific pairing shown is a geometry-derived stand-in for the non-public routing graph.
International Space Station (real, polled every few seconds): the small truss-and-solar-array icon marks the ISS's actual live latitude, longitude, altitude, and velocity from wheretheiss.at's public tracking API — no simulated orbit. The one liberty taken is height: real altitude is only about 6% of Earth's radius, imperceptible at this view distance, so the marker is lifted further off the globe purely for legibility. The thin line under it always points straight down to the station's true ground position.
Aurora borealis (real, polled every 90 seconds): the glowing band draped near the poles is painted directly from NOAA Space Weather Prediction Center's live OVATION aurora probability model — every bright or dark patch reflects that model's actual current-moment likelihood grid, not a drawn-on effect. The Kp index comes from NOAA's planetary K-index feed; IMF Bz and solar wind speed come from NOAA's real-time solar-wind magnetometer and plasma feeds — the actual measurements driving the model, not derived or invented figures. What's stylized: the color palette (this site's teal→blue→violet→pink gradient standing in for true green/red/violet aurora emission colors), the glow's visual softness/thickness, and the storm-reactive treatment described next — all chosen for legibility and drama against the globe rather than photographic accuracy. Storm-reactive rendering (still driven only by real numbers): the same real per-cell OVATION values are now passed through a disclosed, deterministic contrast curve so a quiet night and an actual strong storm look visibly different instead of both reading as a similar faint haze; a second, larger glow shell reusing the identical real texture fades in only as real intensity rises, giving genuine storms a taller bloom; and a gentle sinusoidal flicker — real aurora visibly dances — is layered on top, scaled by that same real intensity so it stays motionless on quiet nights. The “Storm level” readout is NOAA's own G-scale classification computed from the real Kp value above — not a separate measurement. If any feed is unreachable, the panel says so instead of guessing a value.