The typhoon has a name, a forecast track, and a 72-hour head start. The question is whether your network spends those hours waiting — or rehearsing.
01 · 72 hours out
The coastal cluster: macro sites, backhaul links, a forecast cone. Everyone knows the storm is coming. The status quo answer is a war room and hope.
02 · What waiting looks like
Landfall. Power fails site by site, backhaul snaps, and coverage collapses exactly when people need to call for help. Recovery is improvised under the worst possible conditions.
03 · Rehearse the storm instead
WINNIIO's twin runs the forecast track against your real topology — dozens of failure scenarios overnight. Which sites fall first? Where does traffic have nowhere to go? Which single generator placement saves the most coverage?
04 · Pre-planned re-parenting
For each likely failure, the twin pre-computes fallback: neighbor cells that stretch, priority for emergency traffic, parameters staged in advance. When a site drops, the network fails over by plan, not panic.
05 · The morning after
Sites are still damaged — physics doesn't negotiate. But coverage held where it mattered, emergency calls routed, and repair crews start from a triage list that was written before the rain.
You cannot stop the storm and you cannot armor every site. What you can do is know, in advance, exactly how your network fails — and stage the response while the sun is still out.
Storm narrative is illustrative; the rehearsal mechanics use the same replay engine measured in our lab (sub-second boot on 2.2M telemetry rows).
One coastal cluster, one historical typhoon, one rehearsal. See how your network would have failed — and how it could have held.