Find where drainage is failing before the whole site becomes one ticket.
Omniterra Pulse isolates where water persists, which channels or low points are underperforming, and which pads, levees, or yard sections deserve maintenance attention before wet ground spreads into a site-wide ticket.
Repeat-pass coherence loss + amplitude suppression + water persistence screening + asset overlap -> ponding zones, drainage-failure candidates, maintenance queue.
Focus drainage maintenance, speed flood response, and document recurring wet-area exposure across the site.
01 / Problem
Wet-area evidence is usually broader than the maintenance window.
The wet signal spreads beyond the real maintenance problem.
One storm can produce many visible wet areas, but only a subset represent recurring ponding, blocked drainage, or underperforming stormwater infrastructure worth escalation.
Ground teams often find it too late.
By the time crews see the issue on the ground, operations may already be affected. Omniterra Pulse narrows the first review earlier, before the whole site becomes a generic flooding ticket.
The current process depends too much on memory and walkdowns.
The output gives maintenance, civil, and environmental teams one site-wide review surface before they decide where to send crews and cameras.
02 / Solution
How Omniterra Pulse solves it.
Persistent ponding and drainage-failure zones
Narrow broad wet-area response into the pockets and paths that behave like recurring drainage trouble instead of one-off storm wetness.
Drainage zones with asset overlap
Return ponding zones, reviewed geometry overlap, interpretation notes, and GIS-ready layers for maintenance, civil, and environmental teams.
Where to inspect and clear first
Support the first decision about which drainage path, pad, levee segment, or wet-yard area gets checked or cleared first.
Best fit for this workflow.
Best when water recurs unevenly across a large footprint and the next need is a maintenance shortlist, not a generic flood map.
Yards, terminals, levees, basins, and stormwater-heavy sites
Best where wet conditions disrupt access, maintenance planning, compliance, or operations across a large footprint.
Heavy rain, seasonal ponding, flood response, and recurring wet-yard complaints
Most useful when there is a known drainage or stormwater question that has to be narrowed quickly.
Ponding zones, asset overlap, and GIS-ready drainage layers
The first pilot returns a maintenance-oriented output set that can move into site, civil, and environmental workflows.
Delivered as ponding zones, asset overlap, and GIS-ready drainage review layers.
Start with drainage failure.
Request a pilot.
Send one site and the operating question around drainage failure. We will reply with fit, timing, and a first Omniterra Pulse pilot scope.
The first step stays scoped: one site, one decision, one readable packet that supports the next inspection, maintenance, or monitoring choice.