In a single 15-minute window our event-monitoring layer flags 87 material-conflict events across 39 places on Earth. One sits on the Iranian coast at the approaches to the Strait of Hormuz. We take that flashpoint and cross it with our orbital-observation model — how many eyes can already see it, and how often — then with our own flight-integrity feed. Three independent layers, read together, become a situation brief.
Material-conflict events, one 15-minute window
severe (Goldstein ≤ -8)elevated
EACH DOT = A PLACE WITH A MATERIAL-CONFLICT EVENT IN THE LATEST MONITORING WINDOW · SIZE = SEVERITY · ORBISPECT EVENT LAYER.
The flashpoint: approaches to Hormuz
The open event feed places a severe event (Goldstein −10) on the Iranian coast in Sistan va Baluchestan, at the eastern approaches to the Strait of Hormuz — the gate a fifth of the world's seaborne oil passes through. That is the "when and where". The next three rows are the "who and how exposed", each from a separate open signal:
No single feed says "crisis at Hormuz". The event feed says where the news is hot; the orbital catalogue says it is under near-continuous observation; our own flight-integrity layer says navigation is already being degraded there. The read lives in the overlap.
The orbital picture overhead
EARTH-OBSERVATION SATELLITES WHOSE ORBIT REACHES THE FLASHPOINT LATITUDE · ORBISPECT ORBITAL-OBSERVATION MODEL.
Why this is a method, not a scoop
The power here is not any single layer — it is the read: aligning an event spike with the orbital-observation picture and our own measured signals, on the same map, at the same minute. Each layer alone is ambiguous; together they resolve into a situation.
Two things turn this into a product. First, fusion — the incumbents are siloed; nobody routinely overlays event intensity, the orbital-observation picture, GPS integrity and maritime traffic in one frame. Second, the archive: the record of what every layer said in this exact 15-minute window is kept nowhere by default. We keep it — so tomorrow this snapshot is a baseline, and the change is the signal.
Stated plainly: the figures above are a single live snapshot for illustration, not a forecast. Geocoding is noisy and event counts are not casualties. The value is the repeatable method and the growing archive behind it, not any one dot on the map.