Right-of-way patrols that can't keep up
Aerial patrols see each pipeline segment a few times a year, and third-party damage doesn't wait for the schedule. Satellite monitoring flags ground disturbance along the corridor within days, not months.
Pipelines, wellpads, wind farms, and solar arrays are spread across terrain no team can patrol continuously. Scheduled monitoring and survey-grade siting data keep operations, integrity, and compliance working from the same map.
These are the problems that show up in our first conversation — and where the map starts paying for itself.
Aerial patrols see each pipeline segment a few times a year, and third-party damage doesn't wait for the schedule. Satellite monitoring flags ground disturbance along the corridor within days, not months.
Wind, solar, and pipeline routing hinge on slope, access, and constraints that generic basemaps get wrong. Survey-grade terrain and constraint layers take the guesswork out of siting before capital commits.
Regulators want integrity, environmental, and land records that operations keep in separate systems. One spatial record ties inspections, permits, and monitoring to the assets they describe.
The mix of platform, sensors, and people we reach for most in energy work.
Monthly-or-faster monitoring of corridors and sites, with disturbance alerts routed to the right inspector.
Survey-grade terrain, route, and site capture for siting, permitting, and construction of energy assets.
Assets, inspections, permits, and monitoring in one spatial record that operations and compliance share.
A midstream operator layered monthly satellite disturbance detection over its corridor, catching unreported excavation near the line days after it started instead of at the next aerial patrol.
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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