SPACE SITUATIONAL AWARENESS

Mission overview.

Orbital proximity monitoring powered by your local SGP4 screening engine.

Updating screeningAwaiting first response

OBJECTS LOADED◉

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Objects in screening input

PAIR CANDIDATES⌕˜

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All possible object pairs

CLOSEST SEPARATION↔

—km

Minimum returned separation

DATA QUALITY FLAGS△

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Reported by engine

LIVE PROPAGATED STATES

Orbital overview

3D · SGP4

Loading propagated orbital states...

Awaiting data

Drag to rotate | Select a satellite to focus it | Scroll to zoom

SELECTED OBJECTNo object selected

N/A

Select an object below to inspect its state vector.

Frame: TEMEPropagated: N/ASnapshot age: N/A

Earth Propagated objects Selected object

Positions are SGP4 state vectors in TEME, not Earth-fixed coordinates. Marker positions show the returned snapshot; connecting trajectories and collision probabilities are not inferred.

ENGINE STATUS

Screening health

CHECK

Propagation engine—

Screening mode—

TLE youngest age—

TLE oldest age—

Returned results—

Duplicate-state pairs—

PAIRWISE PROXIMITY ANALYSIS

Closest approaches

Sorted by reported separation · Distances in kilometres

Analysis window Sampling interval

Running engine…Waiting for API

OBJECT A	OBJECT B	SEPARATION	SCREENING TIME (UTC)	METHOD
Waiting for the Python screening engine…

SCIENTIFIC INTERPRETATION

Data quality & limitations

Results are unavailable until the Python screening engine responds.

TLE freshness and orbital uncertainty must be considered when interpreting separation.

This system does not yet calculate collision probability or operational risk.