Hypergraph
Hypergraph·Geography·Snapshots·HistoryAboutSource codeConstellationunofficial community project

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Metagraph
Composition
Node

NO SIGNAL

Metagraphs
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Data0Currency0Data and currency0Unknown0
Nodes
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Hybrid0Consensus0Currency0Data0
Node status
acquiring…
Network layers
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L00cL10dL10

About

A live 3D map of the Constellation Network

DAG Visualizer is a free, browser-based visualizer that shows the Constellation Network as a living 3D scene. It connects to the network's public APIs and renders what is actually happening right now: real nodes, real locations, real activity.

The site itself was designed and built with Gate AI, Constellation's own AI product.

Live data

Every number on screen is live — read straight from the Constellation Network's own public endpoints, the global snapshot stream, each metagraph's cluster and each node's status, and drawn as it comes in.

Node locations come from their public internet addresses, so they are accurate to a city and a hosting provider, not to a street. The only thing stored behind this site is the network's own public history — activity totals summed from the chain for the History view. Nothing about you: the page keeps a short memory of recent snapshots while it is open, and forgets it when you close the tab.

When something can't be reached for a moment, the screen simply says so — you'll see a small label like NO SIGNAL instead of a number.

What you can explore

Four views of the same network, each answering a different question: who and what, where, when, and how it has changed.

Hypergraph

· How the network is built

Its shape is a hypergraph: many independent networks, called metagraphs, linked through one base ledger that keeps a record about each one's data but never the data itself. Every metagraph validates whatever its business runs on, and runs only the layers it needs to do it: L0 agrees on its state and creates its snapshots, data L1 takes in what applications write, and currency L1 moves a token. One node can run several of them.

Geography

· Where the network runs

Every node is placed by its IP address, and that lookup also tells us its city, its country and the provider hosting it. Hosts range from the big clouds down to single regional providers, and each network chooses its own placement for whatever matters to its business: close to the data it serves, with a provider it prefers or needs, or spread across the globe.

Snapshots

· When the network anchors

Snapshots happen at two levels. Each network creates its own, on its own schedule and in its own format, and anchors into the global snapshot whatever it wants kept, while the base ledger creates one global snapshot for all of them. Every snapshot is signed by the validators that created it, so it stays provable, and how often a network anchors, and how much, depends on what it does.

History

· The network, over time

Every network's own measured record of its snapshots, fees, size and nodes, set out as one chart per network, so you can see how each one has changed and compare them all at the same moment, back to where the record begins.

Whatever you select gets its own card — and the cards adapt to what you're looking at rather than reciting a fixed record. Select a node while a snapshot is pinned and its card leads with how the two are related; a fact already stated by the card above it isn't repeated below; and the label floating in the scene follows whichever card you open, just as the camera does.

One selection carries across all four views. Pick a network in the Hypergraph and the globe, the snapshot chamber and the charts all open on it. And every view has a RAW switch that drops one level down to the records underneath — the actual snapshots in the live views, the stored measurements behind the charts in History — with the card you had open coming along, so the records open where you were looking.

New to Constellation?

Constellation is a distributed network whose native token is $DAG; the independent application networks that plug into it are called metagraphs — the same names you'll see all over this visualizer. For the full story, straight from the source, see the official documentation at docs.constellationnetwork.io.

Unofficial, experimental

DAG Visualizer is an independent community project. It is not affiliated with, endorsed by, or operated by Constellation Network or any of the metagraph projects it displays. Their names, tickers and brand colours appear here only to identify what is being shown.

It is also a work in progress: views arrive unfinished, readings can be wrong, and a feed can go quiet without warning. Nothing here is financial advice or an official record of the network. For anything that matters, use the official sources.

For the official project, see constellationnetwork.io.