Space Debris & Orbital Object Tracking

A maneuvering object and a tumbling one can look the same in a single track — trajectory deformation is what tells them apart

Detecting that an object's trajectory has actually deformed from its expected orbit — not just that its position changed — is what separates a real maneuver signature from ordinary orbital noise, and that distinction has to be made explicitly, not assumed.

Every debris and conjunction assessment reports intent as unknown, on purpose

A tracked object's intent is labeled unknown by default, not inferred from its behavior — because guessing intent from trajectory data is exactly the kind of overclaim that damages credibility with oversight the first time it's wrong.

This works from orbital-state and uncertainty data, not tasking access

Never requested, and structurally rejected if submitted: classified sensor-tasking data, live satellite command access, or tracking-source raw data outside the evidence contract.

Scenario: A flight-dynamics team proposes a maneuver to avoid a predicted close approach with Object A.

Object A is inside the critical risk threshold, and the proposed burn increases the miss distance with it to a safe margin.

WITHOUT this check: The maneuver is approved because it solves the Object A problem. Nobody re-screens the new predicted trajectory against the rest of the catalog before executing — the burn moves the satellite onto a path that now brings it within critical range of Object B, which wasn't a concern before the maneuver.

WITH this check: The predicted post-maneuver orbit is screened against the full downstream conjunction picture before the maneuver is authorized. If the new trajectory creates an unresolved conjunction with Object B, the maneuver is held for revision instead of being executed as a fix that just replaced one collision risk with another.

Do not buy the claim. Test the gate.

Feed a synthetic tumbling event with a position change that could be mistaken for a maneuver, and separately a proposed avoidance maneuver whose predicted post-burn orbit creates a new, unscreened conjunction. It succeeds only if it distinguishes tumbling from maneuver, and holds the second maneuver for revision instead of authorizing it.