Use Cases · Active On Orbit

Unclassified scenarios. This quarter.

STARCHITECT is not built for training simulations. It is built for the orbital battlespace as it exists today. Select an engagement to put it on the scope.

01 · The Scope

Distinguishing a coordinated proximity approach from routine station-keeping requires numerical propagators — exactly what the EKF pipeline tracks. Legacy TLE propagators break on non-Keplerian maneuvers.

All scenarios sourced from open-source orbital intelligence. Unclassified.

ORBITAL THREAT SCOPE CONVERGING
Closing range
18.0 km
Engagement
TJS-3 / TJS-10
Regime
GEO · cross-track
02 · The Library

Tracked objects. Open-source intelligence.

Case 01 — China GEO

TJS-3 & TJS-10

CONVERGING · CLOSEST APPROACH ~20 MAR 2026

Converging <1 km cross-track. Distinguishing a coordinated proximity approach from routine station-keeping requires numerical propagators — exactly what STARCHITECT's EKF pipeline tracks.

Case 02 — SJ-29A/B vs USA-325

US GSSAP close-approach cycle

ACTIVE · 12-HOUR CYCLE

China's SJ-29A/B pair cycling within 11–22 km of USA-325. Blue/Red orbital chess made real — demonstrable in the wargaming arena with the Three-Burns kill chain.

Case 03 — Russia

Cosmos 2589

CIRCULARIZING · GEO ARRIVAL ~17 APR 2026

Non-Keplerian circularization with sub-satellite deployment — the exact maneuver profile that breaks legacy TLE propagators. Numerical propagator tracking is the required solution.

Case 04 — Strait of Hormuz

GPS / GNSS attack

ACTIVE · 1,100+ VESSELS DISRUPTED

Jamming and spoofing during the campaign against Iran disrupted over 1,100 ships. STARCHITECT's NATS mesh and PACE-tier routing are the space-domain equivalent of GPS resilience.

Let's Talk

Live track catalogs are demonstrated in a cleared briefing.

What's shown here runs in unclassified environments. The full correlator pipeline against the live catalog is need-to-know.

leadership@hypati.us · 253.230.4166 · CHARLESTON, SC