Vegetation trimmed on a calendar, not on risk
Fixed trim cycles spend the same budget on low-risk circuits as on the spans most likely to fault. Scored encroachment from recurring satellite imagery sends crews where the risk actually is.
Reliability lives or dies on knowing where your assets are and what is happening around them. Current network maps and scheduled satellite monitoring move crews from reacting to outages toward preventing them.
These are the problems that show up in our first conversation — and where the map starts paying for itself.
Fixed trim cycles spend the same budget on low-risk circuits as on the spans most likely to fault. Scored encroachment from recurring satellite imagery sends crews where the risk actually is.
Decades of redlines and paper as-builts mean the connectivity model disagrees with what crews find at the pole. Systematic field verification brings the map back to survey-grade truth.
After a major weather event, damage assessment by windshield survey takes days you don't have. Post-event imagery and a shared restoration map put every crew on the highest-impact work first.
The mix of platform, sensors, and people we reach for most in utility work.
A live network map that crews, engineers, and dispatch all trust — with analysis that ranks work by risk.
Recurring imagery over your service territory turns vegetation and encroachment into a scored work queue.
Wire GIS into your outage management, work orders, and asset systems so one edit updates them all.
A regional utility replaced its fixed vegetation cycle with weekly satellite-derived encroachment scores, redirecting trim crews to the circuits most likely to fault before storm season.
Tell us what you need to see, measure, or connect in your territory — we'll bring the right mix of platform, sensors, and people.
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