Power Line Vegetation Risk Mapping

THE Problem

Corridor vegetation is managed one emergency at a time.

Reactive

Find a problem tree, then race the clock.

Patrols flag hazard trees one by one. In regulated markets, each starts a deadline only certified crews can meet.

Seen from above

Risk models look at dots on a map.

Satellites show crowns, not stems, lean or whether a tree can reach the line. Modellers rarely walk the forest.

Unjustified

Hard to defend what you trim, and what you don't.

Regulators, landowners and ratepayers ask why a tree came down. A crew's call on the day is hard to show later.

Widening

Corridors are getting wider.

Every extra metre is more trees to assess and cut, still measured by hand along thousands of kilometres of line.

Left behind

Cut timber is estimated by eye.

Logs left after clearing must be removed or managed. Their volume is guessed from maps and photos, not measured.

Critical infrastructure

The data has to stay where it belongs.

Grid data is sensitive. Operators need collection that works offline, with storage and processing in the right country.

What you receive

For every tree, every span and the whole corridor.

Per tree

Position

WGS84 and UTM, with ground elevation.

Height

From the terrain model under the canopy.

Diameter and stem

DBH and stem curve.

Lean

Direction and angle, through the application layer.

Distance to the line

Using your conductor geometry.

Reach

Whether its height and lean could bring it to the line.

Verdict

How well it was seen, and whether it is reliable.

Per span and corridor

Tree count

And density per hectare.

Trees by zone

Within each clearance band you define.

Clearance profile

Vegetation against the line, span by span.

Volume to cut

Timber in a planned widening.

Downed logs

Volume of timber already on the ground.

Change

Growth between surveys.

Files and application

Crew list

CSV with coordinates, ready for the field.

Map layers

GeoJSON for your GIS and vegetation system.

Point cloud

Georeferenced, for engineering review.

Terrain model

The ground beneath the vegetation.

Application

Heat map, tree cards, 3D view, clearance profile.

Outcomes

The right trees first,
and the reasons on record.

Prioritise by geometry

Rank trees by height, lean and distance to the line, not by who saw them last.

Stage the work

Plan removals ahead in batches, instead of racing one deadline at a time.

Defend every decision

Per-tree evidence of why a tree came down and why the others stayed.

Price the widening

Know the trees and timber volume inside a new corridor width before the contract is let.

Clear up with a number: felled stems on the ground measured at 3.97 cubic metres of timber

Find all the downed logs

Measure the timber left on the ground instead of estimating it by eye.

Feed your risk models

Measured vegetation structure as an input to your fire and failure models, in place of crown-level guesses.

Vegetation and asset risk

Corridor vegetation is managed one emergency at a time.

From a corridor scan to a crew list you can defend.

Scan the corridor

Every tree located

Geometry per tree

Crew-ready output

Plan, don't react

The world first
‍end-to-end physical AI in Nature

For every tree, every span and the whole corridor.

The right trees first,
and the reasons on record.

Pick a span.
Leave with a crew list you can defend.

Vegetation and asset risk

Corridor vegetation is managed one emergency at a time.

From a corridor scan to a crew list you can defend.

Scan the corridor

Every tree located

Geometry per tree

Crew-ready output

Plan, don't react

The world first ‍end-to-end physical AI in Nature

For every tree, every span and the whole corridor.

The right trees first,and the reasons on record.

Pick a span. Leave with a crew list you can defend.

The world first
‍end-to-end physical AI in Nature

The right trees first,
and the reasons on record.

Pick a span.
Leave with a crew list you can defend.