Compound flood intelligence01 / Product home

One event.Multiple systems.

Hyperion brings rainfall, tide, river, terrain and exposure into a shared 0–6 hour regional frame. Sources, scenario scores and uncertainty stay visible so teams can prepare with context.

Designed for the compound eventRainfall alerts, tide tables and river gauges still live in different tools.

When those drivers rise together, a rainfall-only view hides the physical conditions that shape the event.

Evidence, not false certainty13 US coastal research contexts. One decision surface.

Live NHC/NWS briefing sits beside historical compound-event evidence, relative cell scores and dual-gate hours. This is a research preview, not a deterministic street-level forecast.

Enter Operator How the system works

Return to Mycellium Lab

NASA ISS photograph of Tampa Bay, St. Petersburg, barrier islands and the Sunshine Skyway — NASA ISS064-E-26355 · Tampa Bay sourceCamera 1 / 3Auto sequence

NASA ISS064-E-26355 · Tampa Bay sourceCamera 1 / 3Auto sequence

FL · BB · LA · TX · NC · NJ · VA · SC · NY · MS · AL · GA · MDUnited States · 13 labsResearch preview · km-scale cells

Observations / 01

See the conditions.
Not just the alert.

The physical systems are visible in the same decision frame: coastal geometry, river discharge, terrain and the built environment. Every image below is original NASA imagery.

NASA ISS photograph of Tampa Bay, St. Petersburg and Florida barrier islands — Florida / Tampa BayCoast, bay and urban edge.NASA ISS064-E-26355 · 23 Jan 2021

NASA Landsat image of the Suwannee River delta meeting the Gulf of Mexico — Florida / Big BendA river reaches the Gulf.NASA Earth Observatory · Landsat 8

NASA ISS photograph of the Mississippi River delta and Louisiana wetlands — Louisiana / New OrleansRiver, wetland and city.NASA ISS072-E-575684 · 24 Jan 2025

System / 02

One decision surface.
Four physical systems.

Rain, tide, river and terrain are read together. Live tropical status comes from federal NHC/NWS feeds; compound cell scores and dual-gate hours are processed historical evidence for training and prep — not a live street-level inundation forecast.

One event frame

Reads rainfall, tide, river, terrain, drainage and exposure together instead of passing operators between separate screens.

Visible uncertainty

Keeps source evidence, scenario scores and calibrated ranges in view, rather than presenting a false single answer.

Regional, 0–6 hours

Supports preparation in the next hours with live NHC/NWS context and historical compound-event evidence — not a street-level flood forecast.

Coverage / 02

Built where water arrives from every direction.

Canonical Gulf labs plus multi-event expansion from Texas through the Mid-Atlantic and Gulf Coast — the same 13-lab network the Operator console uses.

Florida / Tampa BayCompound coastal research lab.

NASA ISS photograph of Louisiana wetlands and New Orleans

Louisiana / New OrleansRiver, wetland and urban exposure.

View all 13 regions 13 operating contexts · one calibrated system