Right-of-way encroachment detection · for power networks
Every structure near your lines, tied to the span and pole it sits by, with its distance from the outer conductor and the date it was first seen. Not a building map. A work list.
One sub-metre survey of the whole right-of-way. Each candidate structure comes with its span, distance from the conductor, footprint and an image crop, ready for a field check in FieldGuard.
The corridor is screened continuously. When ground is cleared or earthworks start, you get a point to check, not a pile of imagery, and you can order a sharp image of just that spot in the marketplace.
After a storm, flood or fire: which buildings, roads and access tracks in the affected area are damaged or blocked, on the same span record as the network findings.
A real neighbourhood after a hurricane. Building footprints with heights measured by airborne LiDAR, a power line, the trees around it, and aerial imagery from before and after the storm. Point at a building to see its distance from the line and its height.
Houses, extensions, sheds, garages, greenhouses, containers, storage yards and fresh earthworks inside the easement or safety zone of an overhead line. They reduce clearance, block access for crews and machines, and raise fire and liability risk. Zone widths depend on the country and the voltage level, so we apply your own rules per line, not one fixed buffer.
Delivered as CSV, GeoJSON, shapefile or Esri layer, as work packages in FieldGuard, or through the API into SAP PM and your GIS.
One sharp survey of the whole corridor gives the baseline. Every candidate is checked on the image before it reaches you.
The corridor is screened continuously for cleared ground and earthworks, the first visible step of building. A flagged spot is a point to check. If you want a sharp image of it, you choose one in the marketplace.
Buildings sit on the same span record as vegetation and storm findings. A span with a shed in the easement and a hazard tree next to it shows up once, with both findings.
Sheds and shelters under a line are typically 20–60 m². Sub-metre imagery resolves them. That is why the screening is wide and cheap, and the confirmation is targeted.
Yes. On sub-metre imagery even small sheds and shelters are visible. Every candidate is checked on the image before it is listed.
From the conductor geometry in your network data, per span, to the nearest edge of the structure.
The corridor is screened continuously for cleared ground and earthworks. Flagged spots become points to check, and you can order a sharp image of just that spot.
No. Only the corridor strip, and you choose the scene and date in the marketplace.
CSV, GeoJSON, shapefile, Esri layers, FieldGuard work packages, and an API to SAP PM and GIS.