01 / CAPTURE
Signal Capture
Every stray telemetry burst, sensor ping, and data mote is caught the instant it enters the field — sub-millisecond, loss-tolerant, always on.
continuous intake
Field station 308 · live
We map the space between every thing.
NEBULA turns scattered signal into constellation. Move your cursor — every node within reach reaches back, and the dark starts drawing lines.
0
edges live
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nodes adrift
scroll to descend
The model
Proximityis meaning.
A point on its own tells you almost nothing. Two points, close enough for long enough, tell you where to look next. NEBULA reads that geometry in real time — the distance, the drift, the will of a cluster to hold together.
Under this section, the same engine is running. It counts every line it can honestly draw, this exact instant, across the field behind you.
ACTIVE EDGES 0
Three instruments,
one continuous field.
From first ping to named constellation, nothing in the void goes unaccounted.
02 / WEAVE
Edge Weaving
Proximity becomes relationship. We draw the lines nobody else can see — between points that were never formally introduced but keep ending up near each other.
geometry → graph
03 / CHART
Cluster Cartography
Dense regions resolve into named constellations — maps you can navigate, share, and steer by. The chaos gets a legend and a coastline.
clusters → maps
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edges
woven total
woven total
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signal
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retained
0ms
to first
constellation
constellation
Nothing in the void is truly alone. Given enough attention, the dark between two points becomes a line — and lines, kept patiently, become a map.
— NEBULA field doctrine, §1
Bring us your
scattered signal.
We open a channel, drop a station into your data, and inside forty milliseconds you have your first constellation. No lock-in, no telescope required.