Substrate-Coupling Pathway
We name the rocket bodies coupled to your fleet — and we apply the geometric tumbling-state correction the catalog doesn't carry. Pc screening can't see this; kinematic distance is the wrong axis. Closed-form algebra over the substrate's character-graded leverage map, with a multiplicative correction for objects in chaotic-tumble sectors. Named-pathway detail flows through engagement; aggregate findings and the methodology derivation publish openly in the audit charter.
Sample (largest LEO constellation in the public catalog): one named uncontrolled rocket body — 909 kg, 369 km altitude, retrograde — sits on a coupling pathway with 9,556 of 11,422 active fleet members. 1,580 of those above coupling strength 5,000. None visible in Pc screening. Methodology corrects leverage-weighted +15.84% upward for tumbling-state across the leverage-dominant cohort.