Line axis
20 m clearance zone
Tree crowns inside
01
Trees in the clearance zone
Every crown inside the zone you set, per span, with its height band.
Satellite imagery, read along your lines
High-resolution satellite imagery for power networks, from people who know them.
We turn 30–50 cm satellite imagery into answers along your lines – and you can browse what exists for your corridor in our public marketplace.
Line axis
20 m clearance zone
Tree crowns inside
- Public marketplace
- Built for corridors
- Analysis, not pixels
- Results in your GIS
What we read from imagery
What we read from satellite imagery along your lines
Line axis
20 m core zone
40 m easement
Building in the core zone
Building in the easement
02
Buildings in the easement
Structures inside the right-of-way, with their distance to the line axis, and new construction since the last image.
Show
Power line
Building within 20 m
Building 20–40 m
Road inside the 50 m band
03
Buildings and roads in the hit area
After a storm, every building and road near the line is sorted by its distance from it, on the first clear image of the area. Crews see which streets to clear and which properties to check first, without waiting for site access.
Standing water
Power line
04
Waterlogging and inland excess water
Standing water around poles and access routes after snowmelt or heavy rain, mapped from optical imagery on clear days and with radar when it stays cloudy.
Low burn severity
Moderate burn severity
High burn severity
Power line
05
Storm and fire damage
Fallen trees across the line, blocked access, burned ground, mapped corridor-wide in one pass.
New clear-cut (2020–2023)
Regrowth on earlier clearings
Power line
Public · no login to browse
A public satellite data marketplace, built for corridors
Most imagery shops sell scenes by the square kilometre. Ours starts from your line.
- Draw or upload your corridorA line, a buffer, a whole network section.
- See what existsCapture dates, cloud cover and resolution along your route.
- Order the analysisYou pick the scene, we buy it, process it and deliver the results for your corridor.
Built for power lines; pipelines and rail corridors work the same way.
Use cases across industries
Where does high-resolution satellite imagery pay off?
The technology is the same in every industry: high-resolution imagery, change detection and object recognition. What changes is the question you ask of it.
Utilities
Trees growing toward lines, encroachment in the corridor, access tracks, storm damage along hundreds of kilometres, verification that clearing work was done.
Typical resultTree height bands per span, encroachment lists, work lists for your maintenance system.
Vegetation management →Forestry
Crown counts, gaps and windthrow, illegal felling, tree height from stereo, forest edge change.
Typical resultTree inventory and change maps as GIS layers.
Hazard tree detection →Agriculture
Field boundaries, crop damage after hail or flood, drainage problems, orchard and vineyard tree counts.
Typical resultDamage maps and object counts per field or block.
AgriGuard →Insurance and claims
Before-and-after views of a storm, flood or fire, for many properties at once, without waiting for site access.
Typical resultBefore-and-after damage maps and a report per area.
Construction and mining
Progress monitoring, stockpiles and earthworks, site boundaries, haul roads.
Typical resultChange maps between capture dates, as GIS layers.
Urban planning
New buildings, tree canopy cover in streets, green space, land use change.
Typical resultCanopy and new-building layers, change maps.
After a disaster
Which roads are blocked, which areas are flooded or burned, where to send crews first.
Typical resultDamage and access maps for planning the response.
Storm damage assessment →Something else?
Not on the list? It is probably still doable: the satellite data and processing are the same, the only difference is what we look for in it.
Describe what you need →What you receive
What lands on your desk
Span-level risk list
Ranked, with the evidence for each finding.
Per spanPer poleRanked
GIS layers
GeoJSON, Shapefile, KML, ready for your GIS.
GeoJSONSHPKML
Report
A short PDF with the findings and the maps.
PDFMaps
System integration
Work orders straight into your maintenance system.
SAP PMAPIExports
Why work with us
Why network operators work with us
- We start from the network, not the picture.Every result is tied to a span, a pole or a zone you define.
- Measured, with evidence.Each finding comes with the image it is based on.
- Honest precision.Height in bands, clear about what imagery cannot show (wires, small hardware).
- Provider-independent.You choose. The marketplace shows every satellite and date available for your corridor, side by side, so you pick what fits your date and budget.
Questions
High-resolution satellite imagery: frequently asked questions
What can you see on 30 cm satellite imagery?
Single tree crowns, buildings, vehicles, roads, fallen trees and storm damage. Wires and small hardware such as insulators are not visible; for those you need drone or close-range imagery.
Can satellite imagery measure tree height?
Yes, from a stereo pair: two images of the same area taken from different angles. We report height in bands, which matches the real precision of the method.
Do you sell the satellite images?
No. We deliver the analysis; the marketplace shows what exists for your corridor.
How long does it take to get a new satellite image?
It depends mostly on clouds, the shape of the area and the viewing angle. Archive images are the fastest; a new acquisition in a cloudy season may need several attempts.
Satellite, LiDAR or drone: which one do I need?
Satellite for wide areas and repeat checks, LiDAR for exact clearance distances, drone for close-up condition of poles and hardware.
Start with your corridor