Ground truth for contested skies

Nobody is watching the sky. We built the thing that does.

A passive sensor node that detects, tracks and identifies every airborne object overhead — and measures exactly where it is, how fast it's moving and how big it is. Deploys anywhere in minutes, on solar and Starlink.

Join the waitlist Explore the live map
Passive · No emissions · No spectrum licence required

The network, live right now

Every node on the map is calibrated, passive, and reporting in real time. Watch the fleet see the sky as it happens.

Open the live map →
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nodes online
—
total nodes
500K+
detections
24/7
always on

A sensor that understands what it sees.

Radar and RF tools tell you something is there. Our nodes tell you what it is, exactly where it is, how fast it's moving and how big it is — because they measure the object optically and resolve it in three dimensions.

Detect
Anything that flies
Optical, ADS-B, acoustic and IR fused on-device.
Track
True 3D position
Range, altitude, bearing and velocity, continuously.
Identify
Classified at the edge
Aircraft, drone, bird, meteor — or genuinely unknown.
Deploy
Minutes, not months
Off-grid on solar and Starlink. No permits, no trenching.
3D positionLatitude, longitude and altitude — not a bearing, and not a guess.
WGS-84
RangeSlant distance from the node to the object, which is what turns an angle into a location.
METRES
AltitudeHeight above ground and above sea level.
M AGL / MSL
VelocityGround speed, vertical rate and heading, updated continuously along the track.
M/S · DEG
Physical sizeWingspan and body length, from measured range and angular extent. A 1 m quadrotor and a 30 m airliner are never confused.
METRES
ClassificationObject class with a confidence score, computed on-device.
CONFIDENCE
LatencyDetection to reported track, at the edge. Only intelligence leaves the node.
< 10 MS

Passive. Off-grid. Live in minutes.

Every node makes every other node better.

A single node measures direction with precision. Point two or more at the same object and their optical bearings intersect — producing true 3D position, real velocity and physical size. No emissions, no cooperation from whatever is up there.

1

Bearing

Direction and classification, measured at the edge.

2

Baseline

Two nodes intersect to fix range and altitude.

3+

Volume

More nodes tighten the solution and extend cover.

Three sensor nodes triangulating an airborne object's position in three dimensions from their optical bearings

Run on the network

Share bearings with neighbouring nodes and get triangulated 3D tracks plus the wider picture the whole fleet sees. Coverage and accuracy both compound as the network grows around you.

Recommended

Run independently

Or keep everything inside your perimeter. Full detection, tracking and classification on-device, nothing leaving your infrastructure. Join the network later without changing hardware.

Air-gapped capable

Guard a perimeter. Or record the whole sky.

Non-federal sites can't legally jam or intercept, so detection is the entire job. The same node that watches a fence line also builds a calibrated record of everything else passing overhead.

Protect

Airports and airfieldsIncursions near approach paths, with the altitude, heading and speed controllers actually need.
Power plants and the gridSubstations, generation and transmission corridors — unmanned, remote, rarely near power or fibre.
Critical infrastructureRefineries, ports, water treatment, LNG terminals, data centres.
Borders and perimetersWide-area cover over terrain where fixed radar can't be sited or permitted.
Correctional facilitiesContraband flights logged with time, trajectory and size — evidence, not a report.
Events and stadiumsTemporary cover, live in minutes, leaving no installed infrastructure behind.

Understand

AircraftCross-checked against ADS-B, so cooperative traffic explains itself and an aircraft flying dark stands out.
Meteors and fireballsTriangulation turns a streak into a real trajectory, entry velocity and searchable strewn field.
Satellites and re-entriesChecked against public catalogues automatically, without anyone filing a report.
Birds and wildlifeMigration and movement, separated from aircraft by size and kinematics.
Unidentified objectsWhat survives every catalogue check is the residue — with measured kinematics attached.
Research accessAn open, calibrated record instead of a folder of blurry clips.
Waitlist

Nodes are nearly ready.

The first production units go to pilot partners. Tell us about your site and we'll be in touch as they become available.

Keep me updated on progress, launch dates and announcements
I'd be willing to participate in a pilot program
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